Using: /usr/bin/time -p /usr/cad/synopsys/hspice/cur/hspice/linux/hspice 11_ac.sp
 ****** HSPICE -- B-2008.09-SP1 32-BIT (Nov 24 2008) linux ******               
  Copyright (C) 2008 Synopsys, Inc. All Rights Reserved.                        
  Unpublished-rights reserved under US copyright laws.
  This program is protected by law and is subject to the 
  terms and conditions of the license agreement from Synopsys.
  Use of this program is your acceptance to be bound by the 
  license agreement. HSPICE is the trademark of Synopsys, Inc.
  Input File: 11_ac.sp                                                          
 lic:  
 lic: FLEXlm: v8.5b 
 lic: USER:   u102061112           HOSTNAME: ws36 
 lic: HOSTID: e41f1366b708         PID:      1966 
 lic: Using FLEXlm license file: 
 lic: 26585@lsnctu 
 lic: Checkout 1 hspice 
 lic: License/Maintenance for hspice will expire on 14-jun-2017/2016.03 
 lic: FLOATING license(s) on SERVER lsnctu 
 lic:   
 Init: read install configuration file: /usr/cad/synopsys/hspice/cur/hspice/meta.cfg
 Init: hspice initialization file: /usr/cad/synopsys/hspice/cur/hspice/hspice.ini
 .option runlvl
 .option post acout=0 accurate
 .include "my_op.spi" 

 .subckt aicopamp vbn vdd vip vin vocm von vop gnd
  *.pininfo vb1:i vbn:i vcmc:i vin:i vip:i vol:o vor:o
 ****stage1*******
 mm13 net32 vip net39 gnd n_18 w=1u l=0.5u m=50
  mm12 net15 vin net39 gnd n_18 w=1u l=0.5u m=50
  mm11 net39 vbn gnd gnd n_18 w=1u l=1u m=50
  mm15_r vor vb1 net32 net32 p_18 w=2u l=1u m=6
  mm15 vol vb1 net15 net15 p_18 w=2u l=1u m=6
  mm14 net15 vcmc vdd vdd p_18 w=3u l=1u m=6
  mm14_r net32 vcmc vdd vdd p_18 w=3u l=1u m=6
  mm16_r vor vbn gnd gnd n_18 w=2u l=1u m=4
  mm16 vol vbn gnd gnd n_18 w=2u l=1u m=4

 *mm13 net32 vip net39 gnd n_18 w=1u l=0.5u m=40
  *mm12 net15 vin net39 gnd n_18 w=1u l=0.5u m=40
  *mm11 net39 vbn gnd gnd n_18 w=1u l=1u m=40
  *mm15_r vor vb1 net32 net32 p_18 w=1u l=1u m=12
  *mm15 vol vb1 net15 net15 p_18 w=1u l=1u m=12
  *mm14 net15 vcmc vdd vdd p_18 w=1.5u l=1u m=12
  *mm14_r net32 vcmc vdd vdd p_18 w=1.5u l=1u m=12
  *mm16_r vor vbn gnd gnd n_18 w=1u l=1u m=8
  *mm16 vol vbn gnd gnd n_18 w=1u l=1u m=8



 *****stage2*******
  mm22_r vor2 vor gnd gnd n_18 w=0.5u l=0.5u m=20
  mm21_r vor2 vcmcb vdd vdd p_18 w=0.6u l=0.5u m=20

  mm22 vol2 vol gnd gnd n_18 w=0.5u l=0.5u m=20
  mm21 vol2 vcmcb vdd vdd p_18 w=0.6u l=0.5u m=20

 *****stage3*******
  mm34_r von vor gnd gnd n_18 w=0.5u l=0.5u m=60  
  mm32_r net34r vor2 gnd gnd n_18 w=0.5u l=0.5u m=5
  mm31_r net34r net34r vdd vdd p_18 w=1u l=0.5u m=5
  mm33_r von net34r vdd vdd p_18 w=2u l=0.5u m=5

  mm34 vop vol gnd gnd n_18 w=0.5u l=0.5u m=60 
  mm32 net34 vol2 gnd gnd n_18 w=0.5u l=0.5u m=5 
  mm31 net34 net34 vdd vdd p_18 w=1u l=0.5u m=5
  mm33 vop net34 vdd vdd p_18 w=2u l=0.5u m=5

  *****cmfb********
 rr1 von net9 20k $[rp]
 *cc1 von net9 100p $[cp]
 rr0 vop net9 20k $[rp]
 *cc0 vop net9 100p $[cp]
 rr2 vocm net36 10k

 mm9fb vcmc vbn gnd gnd n_18 w=0.5u l=0.5u m=55
 mm6fb vcmc vbn gnd gnd n_18 w=0.5u l=0.5u m=55
 mm3fb net47 vbn gnd gnd n_18 w=0.5u l=0.5u m=55
 mm8fb vcmc vb1 net28 net28 p_18 w=0.5u l=0.5u m=55
 mm7fb net28 vcmc vdd vdd p_18 w=0.6u l=0.5u m=20
 mm5fb vcmc vb1 net36 net36 p_18 w=0.6u l=0.5u m=55
 mm2fb net47 vb1 net9 net9 p_18 w=0.5u l=0.5u m=55
 mm1fb net9 net47 vdd vdd p_18 w=0.6u l=0.5u m=12
 mm4fb net36 net47 vdd vdd p_18 w=0.6u l=0.5u m=12



 ****compensation****
  ccm2r von net102r 0
  rp2r net102r vor 0

  ccm2 vop net102 0
  rp2 net102 vol 0

 ccm1r vor2 net110r 1p
  rp1r net110r vor 30k

  ccm1 vol2 net110 1p
  rp1 net110 vol 30k

 ****biasckt****
 mm7b vcmcb vcmcb vdd vdd p_18 w=1u l=0.973u m=2
 mm3b vcmcb vbn gnd gnd n_18 w=1u l=1u m=1

 mm6b vb1 vb1 vdd vdd p_18 w=0.444348u l=1u m=1
 mm2b vb1 vbn gnd gnd n_18 w=1u l=1u m=3

 mm1b vbn vbn gnd gnd n_18 w=1u l=1u m=1  


 .ends

 .param rload=20k cload=100p supplyp=1.8 supplyn=0 comon='supplyp/2'

 xop iref vdd vinn vinp vocm von vop vss aicopamp
 rload1 von 0 rload
 rload2 vop 0 rload
 cload1 von 0 cload
 cload2 vop 0 cload

 vdd vdd 0 dc supplyp
 vgnd vss 0 dc supplyn
 vocm vocm 0 dc comon


 vinp vinp 0 dc comon ac 0.5 0
 vinn vinn 0 dc comon ac 0.5 180

 iref vdd iref 1.9686u *63u

 .op
 .ac dec 10 10 1g
 .pz v(vop,von) vinp
 .probe ac vdb(vop,von) vp(vop,von)

 .meas ac dcgain_in_db max vdb(vop,von)
 .meas ac dcgain max vm(vop,von)
 .meas ac unity_frequency when vdb(vop,von)=0
 .meas ac phase find vp(vop,von) at=unity_frequency
 .meas ac phase_margin param='180+phase'
 .alter


 **warning**  the accurate option increases  the cpu time but the results
                are more accurate.
 ***accurate option sets default value of the options: 
 lvltim= 4         dvdt= 3       relvar= 200.00m absvar= 200.00m
     ft= 200.00m relmos=  10.00m
 (used for FFT control ) fft_accurate= 1
1****** HSPICE -- B-2008.09-SP1 32-BIT (Nov 24 2008) linux ******               
 ******  
 ac response

  ******  circuit name directory
 circuit number to circuit name directory
   number circuitname                     definition         multiplier
        0 main circuit
        1 xop.                            aicopamp           1.00 
 **warning**     1:rp2r            defined in subckt aicopamp         resistance limited to   1.000E-05



  **warning**  in element=  1:ccm2r            defined in subckt aicopamp        
     capacitance =    0.00     <= 0 farad, please verify it.


 

 
      
  Opening plot unit= 15
 file=11_ac.pa0                                                                


 **diagnostic** dc convergence failure, 
 resetting dcon option to 1 and retrying

 **diagnostic** dc convergence successful
 you can increase the efficiency of the
 operating point calculation by setting dcon= 1
 in the .option statement
1****** HSPICE -- B-2008.09-SP1 32-BIT (Nov 24 2008) linux ******               
 ******  
 ac response

  ******  operating point information tnom=  25.000 temp=  25.000 *****
 ***** operating point status is all       simulation time is     0.     
    node    =voltage      node    =voltage      node    =voltage

 +0:iref    = 500.0118m 0:vdd     =   1.8000  0:vinn    = 900.0000m
 +0:vinp    = 900.0000m 0:vocm    = 900.0000m 0:von     =   1.2079 
 +0:vop     =   1.2079  0:vss     =   0.      1:net102  = 512.9493m
 +1:net102r = 512.9493m 1:net110  = 512.9493m 1:net110r = 512.9493m
 +1:net15   =   1.3073  1:net28   =   1.3260  1:net32   =   1.3073 
 +1:net34   = 797.4537m 1:net34r  = 797.4535m 1:net36   =   1.2215 
 +1:net39   = 377.0463m 1:net47   = 902.7367m 1:net9    =   1.2844 
 +1:vb1     = 599.9998m 1:vcmc    = 952.4660m 1:vcmcb   =   1.1200 
 +1:vol     = 512.9493m 1:vol2    = 758.6341m 1:vor     = 512.9493m
 +1:vor2    = 758.6342m


 ****  voltage sources

 subckt                                                         
 element  0:vdd      0:vgnd     0:vocm     0:vinp     0:vinn    
  volts      1.8000     0.       900.0000m  900.0000m  900.0000m
  current -801.2602u  648.3228u   32.1484u    0.         0.     
  power      1.4423m    0.       -28.9335u    0.         0.     

     total voltage source power dissipation=    1.4133m       watts



 ***** current sources

 subckt             
 element  0:iref    
  volts      1.3000 
  current    1.9686u
  power     -2.5592u


     total current source power dissipation=  -2.5592u       watts

 **** resistors

 subckt                         xop        xop        xop        xop       
 element  0:rload1   0:rload2   1:rr1      1:rr0      1:rr2      1:rp2r    
  r value   20.0000k   20.0000k   20.0000k   20.0000k   10.0000k   10.0000u
  v drop     1.2079     1.2079   -76.4674m  -76.4681m -321.4836m    0.     
  current   60.3946u   60.3945u   -3.8234u   -3.8234u  -32.1484u    0.     
  power     72.9501u   72.9500u  292.3635n  292.3684n   10.3352u    0.     

 subckt   xop        xop        xop       
 element  1:rp2      1:rp1r     1:rp1     
  r value   10.0000u   30.0000k   30.0000k
  v drop     0.         0.         0.     
  current    0.         0.         0.     
  power      0.         0.         0.     



 **** mosfets


 subckt   xop        xop        xop        xop        xop        xop       
 element  1:mm13     1:mm12     1:mm11     1:mm15_r   1:mm15     1:mm14    
 model    0:n_18.1   0:n_18.1   0:n_18.1   0:p_18.1   0:p_18.1   0:p_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati   Saturati
  id        48.1610u   48.1610u   96.3220u  -17.4794u  -17.4794u  -65.6405u
  ibs       -2.7019f   -2.7019f -2.871e-20  2.389e-21  2.389e-21  7.972e-21
  ibd       -9.3684f   -9.3684f   -2.7019f  626.3389a  626.3389a  517.7743a
  vgs      522.9537m  522.9537m  500.0118m -707.3472m -707.3472m -847.5340m
  vds      930.3007m  930.3007m  377.0463m -794.3977m -794.3977m -492.6530m
  vbs     -377.0463m -377.0463m    0.         0.         0.         0.     
  vth      517.1726m  517.1726m  401.6970m -502.1463m -502.1463m -498.3891m
  vdsat     74.9599m   74.9599m  116.5207m -205.4257m -205.4257m -318.8080m
  vod        5.7812m    5.7812m   98.3148m -205.2009m -205.2009m -349.1449m
  beta      32.3009m   32.3009m   15.4221m  804.3859u  804.3859u    1.1772m
  gam eff  517.0810m  517.0810m  507.4460m  557.0846m  557.0846m  557.0846m
  gm       993.8135u  993.8135u    1.3536m  145.8871u  145.8871u  331.2220u
  gds       15.2094u   15.2094u   18.0784u  758.6381n  758.6381n    6.0024u
  gmb      145.9629u  145.9629u  274.6964u   44.1673u   44.1673u  103.8238u
  cdtot     65.6228f   65.6228f   77.1274f   14.2607f   14.2607f   23.2145f
  cgtot    131.9711f  131.9711f  339.3793f   77.8349f   77.8349f  117.4979f
  cstot    153.5942f  153.5942f  385.3569f   92.2266f   92.2266f  138.2178f
  cbtot    135.3545f  135.3545f  203.0398f   45.6141f   45.6141f   68.1519f
  cgs       91.3231f   91.3231f  293.6791f   67.7849f   67.7849f  102.9909f
  cgd       18.5341f   18.5341f   17.9927f    4.3220f    4.3220f    6.9093f



 subckt   xop        xop        xop        xop        xop        xop       
 element  1:mm14_r   1:mm16_r   1:mm16     1:mm22_r   1:mm21_r   1:mm22    
 model    0:p_18.1   0:n_18.1   0:n_18.1   0:n_18.1   0:p_18.1   0:n_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati   Saturati
  id       -65.6405u   17.4794u   17.4794u   23.6997u  -23.6997u   23.6997u
  ibs      7.972e-21 -3.887e-21 -3.887e-21 -1.065e-20  5.763e-21 -1.065e-20
  ibd      517.7743a -438.7524a -438.7524a   -1.6395f    1.4609f   -1.6395f
  vgs     -847.5340m  500.0118m  500.0118m  512.9493m -679.9978m  512.9493m
  vds     -492.6530m  512.9493m  512.9493m  758.6342m   -1.0414   758.6341m
  vbs        0.         0.         0.         0.         0.         0.     
  vth     -498.3891m  393.3008m  393.3008m  458.1323m -530.2784m  458.1323m
  vdsat   -318.8080m  121.5198m  121.5198m   99.8258m -179.0436m   99.8258m
  vod     -349.1449m  106.7110m  106.7110m   54.8170m -149.7193m   54.8170m
  beta       1.1772m    2.4815m    2.4815m    6.3724m    1.6020m    6.3724m
  gam eff  557.0846m  507.4460m  507.4460m  507.4461m  557.0846m  507.4461m
  gm       331.2220u  235.5729u  235.5729u  398.9197u  245.5628u  398.9197u
  gds        6.0024u    2.8276u    2.8276u    5.9578u    1.6320u    5.9578u
  gmb      103.8238u   47.6123u   47.6123u   74.6009u   72.0971u   74.6009u
  cdtot     23.2145f   11.4469f   11.4469f   15.3310f   15.5597f   15.3310f
  cgtot    117.4979f   54.5432f   54.5432f   34.0018f   40.4859f   34.0018f
  cstot    138.2178f   61.4572f   61.4572f   43.7660f   53.9577f   43.7660f
  cbtot     68.1519f   31.0731f   31.0731f   33.5682f   37.3713f   33.5682f
  cgs      102.9909f   47.3202f   47.3202f   26.7931f   33.1310f   26.7931f
  cgd        6.9093f    2.8518f    2.8518f    3.6352f    4.3067f    3.6352f



 subckt   xop        xop        xop        xop        xop        xop       
 element  1:mm21     1:mm34_r   1:mm32_r   1:mm31_r   1:mm33_r   1:mm34    
 model    0:p_18.1   0:n_18.1   0:n_18.1   0:p_18.1   0:p_18.1   0:n_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati   Saturati
  id       -23.6997u   79.1307u   68.8439u  -68.8439u -135.7020u   79.1307u
  ibs      5.763e-21 -3.557e-20 -3.095e-20  1.255e-20  1.855e-20 -3.557e-20
  ibd        1.4609f   -7.8314f -430.8332a  439.3434a  389.0206a   -7.8314f
  vgs     -679.9978m  512.9493m  758.6342m   -1.0025    -1.0025   512.9493m
  vds       -1.0414     1.2079   797.4535m   -1.0025  -592.1088m    1.2079 
  vbs        0.         0.         0.         0.         0.         0.     
  vth     -530.2784m  452.2018m  457.6313m -527.9380m -520.2510m  452.2018m
  vdsat   -179.0436m  103.3925m  270.4724m -445.7182m -443.3428m  103.3925m
  vod     -149.7193m   60.7474m  301.0029m -474.6085m -482.2955m   60.7474m
  beta       1.6020m   19.1190m    1.5853m  627.0035u    1.2751m   19.1190m
  gam eff  557.0846m  507.4461m  507.4475m  557.0844m  557.0845m  507.4461m
  gm       245.5628u    1.2978m  394.7473u  250.9889u  474.9917u    1.2978m
  gds        1.6320u   18.0922u    8.2204u    4.9183u   20.8831u   18.0922u
  gmb       72.0971u  239.9820u   71.0149u   79.2400u  150.1434u  239.9820u
  cdtot     15.5597f   43.0099f    3.8146f    6.0861f   12.5881f   43.0099f
  cgtot     40.4859f  103.3668f    9.1302f   17.0613f   34.3463f  103.3668f
  cstot     53.9577f  133.0295f   11.7984f   22.1073f   43.3296f  133.0295f
  cbtot     37.3713f   97.7787f    8.3141f   14.4185f   28.0424f   97.7787f
  cgs       33.1310f   81.8735f    7.5195f   14.1949f   28.6185f   81.8735f
  cgd        4.3067f   10.8844f  902.8452a    1.7997f    3.7063f   10.8844f



 subckt   xop        xop        xop        xop        xop        xop       
 element  1:mm32     1:mm31     1:mm33     1:mm9fb    1:mm6fb    1:mm3fb   
 model    0:n_18.1   0:p_18.1   0:p_18.1   0:n_18.1   0:n_18.1   0:n_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati   Saturati
  id        68.8438u  -68.8438u -135.7020u   54.7471u   54.7471u   54.0636u
  ibs     -3.095e-20  1.255e-20  1.855e-20 -2.461e-20 -2.461e-20 -2.430e-20
  ibd     -430.8333a  439.3434a  389.0210a   -5.6608f   -5.6608f   -5.3652f
  vgs      758.6341m   -1.0025    -1.0025   500.0118m  500.0118m  500.0118m
  vds      797.4537m   -1.0025  -592.1094m  952.4660m  952.4660m  902.7367m
  vbs        0.         0.         0.         0.         0.         0.     
  vth      457.6313m -527.9380m -520.2510m  455.5734m  455.5734m  456.2298m
  vdsat    270.4724m -445.7180m -443.3426m   93.7650m   93.7650m   93.3945m
  vod      301.0028m -474.6084m -482.2953m   44.4385m   44.4385m   43.7820m
  beta       1.5853m  627.0035u    1.2751m   17.5230m   17.5230m   17.5228m
  gam eff  507.4475m  557.0844m  557.0845m  507.4460m  507.4460m  507.4460m
  gm       394.7472u  250.9888u  474.9917u  965.5498u  965.5498u  956.0661u
  gds        8.2204u    4.9183u   20.8830u   13.7612u   13.7612u   13.7304u
  gmb       71.0148u   79.2399u  150.1434u  180.1649u  180.1649u  178.6135u
  cdtot      3.8146f    6.0861f   12.5881f   40.8633f   40.8633f   41.1764f
  cgtot      9.1302f   17.0613f   34.3463f   90.8066f   90.8066f   90.6082f
  cstot     11.7984f   22.1073f   43.3296f  116.7102f  116.7102f  116.4532f
  cbtot      8.3141f   14.4185f   28.0424f   91.0230f   91.0230f   91.3293f
  cgs        7.5195f   14.1949f   28.6185f   70.3344f   70.3344f   70.1091f
  cgd      902.8452a    1.7997f    3.7063f   10.0310f   10.0310f   10.0339f



 subckt   xop        xop        xop        xop        xop        xop       
 element  1:mm8fb    1:mm7fb    1:mm5fb    1:mm2fb    1:mm1fb    1:mm4fb   
 model    0:p_18.1   0:p_18.1   0:p_18.1   0:p_18.1   0:p_18.1   0:p_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati   Saturati
  id       -79.3997u  -79.3997u  -30.0946u  -54.0637u  -61.7105u  -62.2430u
  ibs      2.172e-20  1.931e-20  7.318e-21  1.479e-20  1.501e-20  1.514e-20
  ibd        1.3511f  664.9687a    1.0378f    1.3804f  434.0148a  486.9384a
  vgs     -725.9839m -847.5340m -621.4838m -684.3589m -897.2633m -897.2633m
  vds     -373.5177m -474.0163m -269.0175m -381.6220m -515.6414m -578.5164m
  vbs        0.         0.         0.         0.         0.         0.     
  vth     -530.1216m -530.2812m -530.2778m -530.1210m -530.2823m -530.2824m
  vdsat   -219.2448m -320.6492m -133.6304m -184.4650m -362.9986m -362.9990m
  vod     -195.8623m -317.2528m  -91.2060m -154.2378m -366.9810m -366.9809m
  beta       3.6400m    1.5523m    4.4532m    3.6662m  923.1263u  923.1262u
  gam eff  557.0846m  557.0846m  557.0846m  557.0846m  557.0845m  557.0845m
  gm       672.1477u  433.5695u  404.3186u  547.5481u  291.5663u  295.2057u
  gds       13.2315u   12.3202u    5.9284u    7.9508u    9.3314u    7.7704u
  gmb      198.0358u  131.6926u  117.3405u  160.0472u   89.4962u   90.6258u
  cdtot     42.5006f   17.5536f   50.4818f   42.1689f   10.4431f   10.2324f
  cgtot     93.4496f   40.9195f  108.1737f   92.9042f   24.5463f   24.5173f
  cstot    125.9557f   54.4212f  142.7608f  125.2692f   32.6583f   32.6625f
  cbtot     93.5993f   38.9502f  109.9752f   93.5611f   23.2493f   23.1086f
  cgs       76.5557f   33.7059f   86.7109f   75.8845f   20.2406f   20.2356f
  cgd       10.1151f    4.4342f   12.0730f   10.0108f    2.6631f    2.6317f



 subckt   xop        xop        xop        xop        xop       
 element  1:mm7b     1:mm3b     1:mm6b     1:mm2b     1:mm1b    
 model    0:p_18.1   0:n_18.1   0:p_18.1   0:n_18.1   0:n_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati
  id        -2.1632u    2.1632u   -6.0029u    6.0029u    1.9686u
  ibs      3.944e-22 -6.449e-22  1.780e-21 -1.790e-21 -5.869e-22
  ibd      119.2005a -160.5181a   75.9974a -257.9741a  -71.6611a
  vgs     -679.9978m  500.0118m   -1.2000   500.0118m  500.0118m
  vds     -679.9978m    1.1200    -1.2000   599.9998m  500.0118m
  vbs        0.         0.         0.         0.         0.     
  vth     -511.1100m  396.0580m -516.6318m  400.0048m  400.7637m
  vdsat   -181.5684m  120.2376m -634.0028m  117.6313m  117.1327m
  vod     -168.8878m  103.9538m -683.3684m  100.0070m   99.2481m
  beta     136.2444u  308.4011u   27.2687u  925.2907u  308.4357u
  gam eff  557.0846m  507.4460m  557.0845m  507.4460m  507.4460m
  gm        20.9976u   29.3833u   16.0567u   83.5811u   27.5311u
  gds      106.3036n  311.2388n  212.6408n  957.1855n  329.7195n
  gmb        6.2576u    5.8572u    5.1815u   16.8708u    5.5705u
  cdtot      2.5704f    1.3447f  600.5275a    4.3895f    1.4946f
  cgtot     12.5334f    6.7978f    2.8325f   20.3588f    6.7854f
  cstot     15.0828f    7.7282f    3.5437f   23.1504f    7.7133f
  cbtot      7.8923f    3.8756f    1.8783f   11.9728f    4.0201f
  cgs       10.8061f    5.8751f    2.4634f   17.6141f    5.8715f
  cgd      721.0997a  354.4529a  161.0392a    1.0669f  356.6321a



 ***************************************************
   ******   pole/zero analysis  
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 **warning** underflow 1 time(s) in pole/zero analysis
 
 
    input =  0:vinp          output = v(vop,von)
 
       poles (rad/sec)                 poles ( hertz)
 real            imag            real            imag            
 -50.8167k       0.              -8.08772k       0.              
 -1.46528x       0.              -233.207k       0.              
 -6.40865x       -18.5984x       -1.01997x       -2.96002x       
 -6.40865x       18.5984x        -1.01997x       2.96002x        
 -33.5878x       0.              -5.34567x       0.              
 -187.903x       238.311x        -29.9056x       37.9284x        
 -187.903x       -238.311x       -29.9056x       -37.9284x       
 -216.738x       0.              -34.4950x       0.              
 -694.274x       -1.24820g       -110.497x       -198.657x       
 -694.274x       1.24820g        -110.497x       198.657x        
 -975.585x       0.              -155.269x       0.              
 -1.01043g       -1.07428g       -160.814x       -170.977x       
 -1.01043g       1.07428g        -160.814x       170.977x        
 -1.01600g       0.              -161.702x       0.              
 -2.79514g       0.              -444.860x       0.              
 -3.63262g       -1.63065g       -578.149x       -259.526x       
 -3.63262g       1.63065g        -578.149x       259.526x        
 -4.18505g       0.              -666.072x       0.              
 -4.76793g       0.              -758.840x       0.              
 -4.80266g       0.              -764.367x       0.              
 -6.16817g       0.              -981.695x       0.              
 
       zeros (rad/sec)                 zeros ( hertz)
 real            imag            real            imag            
 -6.31790x       -18.5291x       -1.00553x       -2.94899x       
 -6.33756x       18.5479x        -1.00865x       2.95199x        
 -30.9911x       0.              -4.93238x       0.              
 -33.7957x       -436.787        -5.37876x       -69.5168        
 -179.733x       -230.623x       -28.6054x       -36.7047x       
 -188.204x       231.633x        -29.9537x       36.8656x        
 -216.487x       52.6801k        -34.4549x       8.38430k        
 -1.02244g       -1.07539g       -162.726x       -171.154x       
 -1.02721g       1.07599g        -163.485x       171.249x        
 -1.03714g       5.02393x        -165.066x       799.583k        
 -2.78686g       -4.33619g       -443.542x       -690.126x       
 -2.78687g       4.33619g        -443.544x       690.126x        
 -3.06942g       -401.459k       -488.513x       -63.8942k       
 -3.27790g       -1.43061g       -521.693x       -227.688x       
 -3.27890g       1.43280g        -521.853x       228.037x        
 -4.19892g       -245.489k       -668.279x       -39.0708k       
 -4.79313g       414.858k        -762.850x       66.0267k        
 -7.78936g       1.87703g        -1.23972g       298.739x        
 -7.78971g       -1.87813g       -1.23977g       -298.914x       
 36.7291g        0.              5.84562g        0.              
 95.3102g        0.              15.1691g        0.              
 
  ***** constant factor = 9.16621n
 ******  
 ac response

  ******  ac analysis tnom=  25.000 temp=  25.000 *****
   dcgain_in_db=  9.8327E+01    at=  1.0000E+01
               from=  1.0000E+01    to=  1.0000E+09
   dcgain=  8.2481E+04    at=  1.0000E+01
               from=  1.0000E+01    to=  1.0000E+09
   unity_frequency=  3.1334E+07
   phase= -1.1747E+02
   phase_margin=  6.2529E+01

          ***** job concluded
1****** HSPICE -- B-2008.09-SP1 32-BIT (Nov 24 2008) linux ******               
 ******  
 ac response

  ******  job statistics summary tnom=  25.000 temp=  25.000 *****

  ******  HSPICE Threads Information  ******
  Command Line Threads Count:                      0
  Available CPU Count:                             8
  Actual Model Evaluation(Load) Threads Count:     1
  Actual Solver Threads Count:                     1


  ******  Circuit Statistics  ******
  # nodes       =      99  # elements   =      56
  # resistors   =       9  # capacitors =       6  # inductors   =       0
  # mutual_inds =       0  # vccs       =       0  # vcvs        =       0
  # cccs        =       0  # ccvs       =       0  # volt_srcs   =       5
  # curr_srcs   =       1  # diodes     =       0  # bjts        =       0
  # jfets       =       0  # mosfets    =      35  # U elements  =       0
  # T elements  =       0  # W elements =       0  # B elements  =       0
  # S elements  =       0  # P elements =       0  # va device   =       0


  ******  Runtime Statistics (seconds)  ******

  analysis           time    # points   tot. iter  conv.iter
  op point           0.07           1         240
  ac analysis        0.00          81          81
  readin             0.06
  errchk             0.01
  setup              0.00
  output             0.00


           total memory used          673  kbytes
           total cpu time            0.14 seconds
           total elapsed time        0.30 seconds
           job started at     22:16:26 06/25/2016
           job ended   at     22:16:26 06/25/2016


1****** HSPICE -- B-2008.09-SP1 32-BIT (Nov 24 2008) linux ******               
 ******  
 

  ******    alter processing listing tnom=  25.000 temp=  25.000 *****
 .lib 'cic018.l' ff
 .param
 *1.8v nmos 
 +  dtox_n_18      =  -1.2000e-10     	dxl_n_18       =  -1.2600e-08                
 +  dxw_n_18       =   2.2000e-08        dvth0_n_18     =  -1.2500e-02                
 +  du0_n_18       =   1.2000e+01        dlvth0_n_18    =  -7.2000e-04
 +  dwvth0_n_18    =  -1.2100e-02        dwu0_n_18      =   2.2000e+00
 +  dpvth0_n_18    =   6.2000e-04        dpvsat_n_18    =  -8.2000e+01
 +  dcgdo_n_18     =   2.2500e-11        dcgso_n_18     =   2.2500e-11                
 +  dcj_n_18       =  -1.2300e-04        dcjsw_n_18     =  -1.2400e-11                
 +  dcjgate_n_18   =  -5.2000e-11 

 *1.8v pmos 
 +  dtox_p_18      =  -1.5000e-10        du0_p_18       =   3.5000e+00
 +  dxl_p_18       =  -8.5000e-09        dxw_p_18       =   1.5000e-08                
 +  dvth0_p_18     =   1.5000e-02        dlvth0_p_18    =  -1.5000e-03
 +  dwvth0_p_18    =   8.5000e-03
 +  dpvth0_p_18    =   1.5000e-05        dpvsat_p_18    =  -2.5000e+01
 +  dcgdo_p_18     =   2.5540e-11                
 +  dcgso_p_18     =   2.5540e-11        dcj_p_18       =  -1.5400e-04                
 +  dcjsw_p_18     =  -1.5400e-11        dcjgate_p_18   =  -4.5000e-11                

 *1.8v nmos deep_nwell
 +  dtox_n_bpw_18      =  -1.5000e-10    dxl_n_bpw_18       =  -1.3600e-08                
 +  dxw_n_bpw_18       =   2.5000e-08    dvth0_n_bpw_18     =  -1.3500e-02                
 +  du0_n_bpw_18       =   1.5000e+01    dlvth0_n_bpw_18    =  -7.3000e-04
 +  dwvth0_n_bpw_18    =  -1.5100e-02    dwu0_n_bpw_18      =   2.3000e+00
 +  dpvth0_n_bpw_18    =   6.5000e-04    dpvsat_n_bpw_18    =  -8.3000e+01
 +  dcgdo_n_bpw_18     =   2.5500e-11    dcgso_n_bpw_18     =   2.3500e-11                
 +  dcj_n_bpw_18       =  -1.5300e-04    dcjsw_n_bpw_18     =  -1.3400e-11                
 +  dcjgate_n_bpw_18   =  -5.5000e-11 

 *3.3v nmos 
 +dtox_n_33     = -6e-10        	dlint_n_33    = 9.3e-9      	dwint_n_33     = -3e-9
 +dvth0_n_33    = -0.05         	dcgdo_n_33    = 2.7e-11     	dcgso_n_33     = 2.2e-11


 *3.3v pmos
 +dtox_p_33     = -6e-10   	dlint_p_33    = 1.21e-8     	dwint_p_33     = -1e-8 
 +dvth0_p_33    = 0.05	  	dcgdo_p_33    = 2.6e-11     	dcgso_p_33     = 2.7e-11

 *3.3v nmos deep_nwell
 +dtox_n_bpw_33 = -5e-10 	dlint_n_bpw_33 = 9.5e-9  	dwint_n_bpw_33     = -4e-9
 +dvth0_n_bpw_33= -0.06  	dcgdo_n_bpw_33 = 2.7e-11 	dcgso_n_bpw_33     = 2.7e-11

 *1.8v low vth nmos
 +dtox_n_lv_18     = -2.5e-10 	dlint_n_lv_18    = 1.6e-8 	dwint_n_lv_18     = -1e-8 
 +dvth0_n_lv_18    = -0.05   	dcgdo_n_lv_18    = -10*1.2    	dcgso_n_lv_18     = -10*1.2

 *1.8v low vth pmos
 +dtox_p_lv_18     = -2.5e-10 	dlint_p_lv_18    = 0.952e-8 	dwint_p_lv_18     = -1e-8 
 +dvth0_p_lv_18    = 0.05   	dcgdo_p_lv_18    = -10*1.2    	dcgso_p_lv_18     = -10*1.2

 *3.3v low vth nmos
 +dtox_n_lv_33     = -5e-10 	dlint_n_lv_33    = 2.56e-8 	dwint_n_lv_33     = -1e-8 
 +dvth0_n_lv_33    = -0.05   	dcgdo_n_lv_33    = -10*1.2    	dcgso_n_lv_33     = -10*1.2

 *3.3v low vth pmos
 +dtox_p_lv_33     = -5e-10 	dlint_p_lv_33    = 1.68e-8 	dwint_p_lv_33     = -1e-8 
 +dvth0_p_lv_33    = 0.05   	dcgdo_p_lv_33    = -10*1.2    	dcgso_p_lv_33     = -10*1.2

 *1.8v zero vt nmos 
 +dtox_n_zero_18  = -2.6e-10 dlint_n_zero_18  = 4.29e-8 dwint_n_zero_18 = 6.51e-8
 +dvth0_n_zero_18 = -0.22    dcgdo_n_zero_18  = 4.0e-11 dcgso_n_zero_18 = 4.0e-11

 *3.3v zero vt nmos 
 +dtox_n_zero_33  = 5e-10   	dlint_n_zero_33  = -8.34e-8   	dwint_n_zero_33 = 1e-8
 +dvth0_n_zero_33 = 0.05   	dcgdo_n_zero_33  = -10*0.9  	dcgso_n_zero_33 = -10*0.9


 +  drend_rnnpo    =  -7.500e-06               
 +  drs_rnnpo      =  -2.250e+01               
 +  ddw_rnnpo      =   5.000e-08                             
 +  drend_rnppo    =  -2.520e-05               
 +  drs_rnppo      =  -8.000e+01               
 +  ddw_rnppo      =   1.000e-08               
 +  drend_rnhr1000 =  -1.420e-04               
 +  drs_rnhr1000   =  -2.975e+02               
 +  ddw_rnhr1000   =   1.000e-08 

 .lib 'cic018.l' mos_18 
 *.lib './mm180_reg18_v121.lib' tt
 .model n_18.1 nmos
 *****model selectors/controllers*********************************
 +  level     =   4.9000e+01                          version   =   3.2000e+00  
 +  binunit   =   1.0000e+00                          mobmod    =   1.0000e+00                           
 +  capmod    =   2.0000e+00                          nqsmod    =   0.0000e+00                        
 +  noimod    =   1.0000e+00 

 *****process parameters******************************************
 +  tox       =  '4.2000e-09+dtox_n_18'               toxm      =   4.2000e-09                        
 +  xj        =   1.6000e-07                          nch       =   3.7446e+17                        
 +  rsh       =   8.0000e+00                          ngate     =   1.0000e+23


 *****basic model parameters**************************************
 +  vth0      =  '3.0750e-01+dvth0_n_18'           k1        =   4.5780e-01                     
 +  k2        =  -2.6380e-02                          k3        =  -1.0880e+01                        
 +  k3b       =   2.3790e-01                          w0        =  -8.8130e-08                        
 +  nlx       =   4.2790e-07                          dvt0      =   4.0420e-01                        
 +  dvt1      =   3.2370e-01                          dvt2      =  -8.6020e-01                        
 +  dvt0w     =   3.8300e-01                          dvt1w     =   6.0000e+05                        
 +  dvt2w     =  -2.5000e-02                          lint      =   1.5870e-08                        
 +  wint      =   1.0220e-08                          dwg       =  -3.3960e-09                        
 +  dwb       =   1.3460e-09                          u0        =  '3.2410e+02+du0_n_18'                       
 +  ua        =  -9.2010e-10                          ub        =   1.9070e-18
 +  uc        =   4.3550e-11                          vsat      =   7.2580e+04 
 +  a0        =   1.9300e+00                          ags       =   5.0720e-01                        
 +  b0        =   1.4860e-06                          b1        =   9.0640e-06                        
 +  keta      =   1.7520e-02                          a1        =   0.0000e+00                        
 +  a2        =   1.0000e+00                          voff      =  -1.0880e-01                        
 +  nfactor   =   1.0380e+00                          cit       =  -1.5110e-03                        
 +  cdsc      =   2.2750e-03                          cdscd     =  -5.0000e-04                        
 +  cdscb     =   8.2410e-04                          eta0      =   1.0040e-03                        
 +  etab      =  -1.4590e-03                          dsub      =   1.5920e-03                        
 +  pclm      =   1.0910e+00                          pdiblc1   =   3.0610e-03                        
 +  pdiblc2   =   1.0000e-06                          pdiblcb   =   0.0000e+00                        
 +  drout     =   1.5920e-03                          pscbe1    =   4.8660e+08                        
 +  pscbe2    =   2.8000e-07                          pvag      =  -2.9580e-01                        


 *****parameters for asymmetric and bias-dependent rds model******
 +  rdsw      =   4.9050e+00                          prwg      =   0.0000e+00                        
 +  prwb      =   0.0000e+00                          wr        =   1.0000e+00


 *****impact ionization current model parameters******************
 +  alpha0    =   0.0000e+00                          alpha1    =   0.0000e+00                        
 +  beta0     =   3.0000e+01                        


 *****charge and capacitance model parameters*********************
 +  xpart     =   1.0000e+00                          	cgso      =  '2.3500e-10+dcgso_n_18'         
 +  cgdo      =  '2.3500e-10+dcgdo_n_18'           	cgbo      =   0.0000e+00                        
 +  cgsl      =   0.0000e+00                          	cgdl      =   0.0000e+00                        
 +  ckappa    =   6.0000e-01                          	cf        =   1.5330e-10                        
 +  clc       =   1.0000e-07                          	cle       =   6.0000e-01                        
 +  dlc       =   4.0000e-08                          	dwc       =   0.0000e+00                        
 +  vfbcv     =  -1.0000e+00                          	noff      =   1.0000e+00                        
 +  voffcv    =   0.0000e+00                          	acde      =   1.0000e+00                        
 +  moin      =   1.5000e+01                        


 *****flicker and thermal noise model parameters******************
 +  noia      =   1.0000e+20                          	noib      =   5.0000e+04                        
 +  noic      =  -1.4000e-12                          	em        =   4.2000e+07                        
 +  af        =   1.0000e+00                          	ef        =   1.0000e+00                        
 +  kf        =   1e-29                       


 *****layout-dependent parasitics model parameters****************
 +  lmin      =   1.8000e-07                          	lmax      =   5.0000e-05
 +  wmin      =   2.5000e-07                          	wmax      =   1.0000e-04
 +  xl        = '-1.0500e-08+dxl_n_18'             	xw        =  '0.0000e-00+dxw_n_18'           


 *****asymmetric source/drain junction diode model parameters*****
 +  js        =   1.0000e-06                          	jsw       =   7.0000e-11                        
 +  cj        =  '1.0300e-03+dcj_n_18'             	mj        =   4.4300e-01                        
 +  pb        =   8.2300e-01                          	cjsw      =  '1.3400e-10+dcjsw_n_18'         
 +  mjsw      =   3.3000e-01                        


 *****temperature dependence parameters***************************
 +  tnom      =   2.5000e+01                          	ute       =  -1.1860e+00                        
 +  kt1       =  -2.2550e-01                          	kt1l      =  -4.2750e-09                        
 +  kt2       =  -2.5270e-02                          	ua1       =   2.2530e-09                        
 +  ub1       =  -2.6730e-18                          	uc1       =  -3.8320e-11                        
 +  at        =   1.4490e+04                          	prt       =  -1.0180e+01                        
 +  xti       =   3.0000e+00                        


 *****dw and dl parameters****************************************
 +  wl        =   0.0000e+00                          wln       =   1.0000e+00                        
 +  ww        =   7.2620e-16                          wwn       =   1.0000e+00                        
 +  wwl       =   0.0000e+00                          ll        =  -1.0620e-15                        
 +  lln       =   1.0000e+00                          lw        =   2.9960e-15                        
 +  lwn       =   1.0000e+00                          lwl       =   0.0000e+00                        
 +  llc       =  -6.6400e-15                          lwc       =   0.0000e+00                        
 +  lwlc      =   0.0000e+00                          wlc       =   0.0000e+00                        
 +  wwc       =   0.0000e+00                          wwlc      =   0.0000e+00                        


 *****other parameters********************************************
 +  lvth0     = '-1.0000e-03+dlvth0_n_18'          	wvth0     =  '6.027e-02+dwvth0_n_18'
 +  pvth0     =  '0+dpvth0_n_18'                   	lnlx      =  -2.8540e-08 
 +  wnlx      =   0.0000e+00                          	pnlx      =   0.0000e+00
 +  wua       =  -1.8800e-11                          	wu0       =  '5.4000e-01+dwu0_n_18'
 +  pub       =   3.8000e-20                          	pw0       =   1.3000e-09 
 +  wrdsw     =   0.0000e+00                          	weta0     =   0.0000e+00                        
 +  wetab     =   0.0000e+00                          	leta0     =   1.5740e-03                        
 +  letab     =   0.0000e+00                          	peta0     =   0.0000e+00                        
 +  petab     =   0.0000e+00                          	wpclm     =   0.0000e+00                        
 +  wvoff     =  -4.0780e-04                          	lvoff     =  -4.2080e-03                        
 +  pvoff     =  -3.7880e-04                          	wa0       =  -4.7310e-02                        
 +  la0       =  -4.6670e-01                          	pa0       =  -2.6490e-02  
 +  wags      =   4.2420e-03                          	lags      =   3.0280e-01                        
 +  pags      =   0.0000e+00                          	wketa     =   0.0000e+00                        
 +  lketa     =  -1.9420e-02                          	pketa     =   0.0000e+00                        
 +  wute      =   6.3730e-02                          	lute      =   0.0000e+00                        
 +  pute      =   0.0000e+00                          	wvsat     =   5.0660e+03                    
 +  lvsat     =   0.0000e+00                          	pvsat     =  '0.0000e+00+dpvsat_n_18'                        
 +  lpdiblc2  =  -4.7520e-03                          	wat       =   7.0670e+03                        
 +  wprt      =   0.0000e+00                          	acm       =   3.0000e+00                        
 +  ldif      =   8.0000e-08                          	hdif      =   2.6000e-07                        
 +  n         =   1.0000e+00                          	php       =   8.8000e-01                        
 +  cjgate    =  '5.0000e-10+dcjgate_n_18'         	ctp       =   9.2400e-04                        
 +  ptp       =   9.2400e-04                          	cta       =   9.2900e-04                        
 +  pta       =   1.5800e-03                          	elm       =   5.0000e+00                        
 +  tlevc     =   1.0000e+00                        
                         
                        

 .model n_bpw_18.1 nmos
 *****model selectors/controllers*********************************
 +  level     =   4.9000e+01                          version   =   3.2000e+00  
 +  binunit   =   1.0000e+00                          mobmod    =   1.0000e+00                           
 +  capmod    =   2.0000e+00                          nqsmod    =   0.0000e+00                        
 +  noimod    =   1.0000e+00 

 *****process parameters******************************************
 +  tox       =  '4.2000e-09+dtox_n_bpw_18'            toxm      =   4.2000e-09                        
 +  xj        =   1.6000e-07                          nch       =   3.7446e+17                        
 +  rsh       =   8.0000e+00                          ngate     =   1.0000e+23


 *****basic model parameters**************************************
 +  vth0      =  '3.0750e-01+dvth0_n_bpw_18'           k1        =   4.5780e-01                     
 +  k2        =  -2.6380e-02                          k3        =  -1.0880e+01                        
 +  k3b       =   2.3790e-01                          w0        =  -8.8130e-08                        
 +  nlx       =   4.2790e-07                          dvt0      =   4.0420e-01                        
 +  dvt1      =   3.2370e-01                          dvt2      =  -8.6020e-01                        
 +  dvt0w     =   3.8300e-01                          dvt1w     =   6.0000e+05                        
 +  dvt2w     =  -2.5000e-02                          lint      =   1.5870e-08                        
 +  wint      =   1.0220e-08                          dwg       =  -3.3960e-09                        
 +  dwb       =   1.3460e-09                          u0        =  '3.2410e+02+du0_n_bpw_18'                       
 +  ua        =  -9.2010e-10                          ub        =   1.9070e-18
 +  uc        =   4.3550e-11                          vsat      =   7.2580e+04 
 +  a0        =   1.9300e+00                          ags       =   5.0720e-01                        
 +  b0        =   1.4860e-06                          b1        =   9.0640e-06                        
 +  keta      =   1.7520e-02                          a1        =   0.0000e+00                        
 +  a2        =   1.0000e+00                          voff      =  -1.0880e-01                        
 +  nfactor   =   1.0380e+00                          cit       =  -1.5110e-03                        
 +  cdsc      =   2.2750e-03                          cdscd     =  -5.0000e-04                        
 +  cdscb     =   8.2410e-04                          eta0      =   1.0040e-03                        
 +  etab      =  -1.4590e-03                          dsub      =   1.5920e-03                        
 +  pclm      =   1.0910e+00                          pdiblc1   =   3.0610e-03                        
 +  pdiblc2   =   1.0000e-06                          pdiblcb   =   0.0000e+00                        
 +  drout     =   1.5920e-03                          pscbe1    =   4.8660e+08                        
 +  pscbe2    =   2.8000e-07                          pvag      =  -2.9580e-01                        


 *****parameters for asymmetric and bias-dependent rds model******
 +  rdsw      =   4.9050e+00                          prwg      =   0.0000e+00                        
 +  prwb      =   0.0000e+00                          wr        =   1.0000e+00


 *****impact ionization current model parameters******************
 +  alpha0    =   0.0000e+00                          alpha1    =   0.0000e+00                        
 +  beta0     =   3.0000e+01                        



 *****charge and capacitance model parameters*********************
 +  xpart     =   1.0000e+00                          cgso      =  '2.3500e-10+dcgso_n_bpw_18'         
 +  cgdo      =  '2.3500e-10+dcgdo_n_bpw_18'           cgbo      =   0.0000e+00                        
 +  cgsl      =   0.0000e+00                          cgdl      =   0.0000e+00                        
 +  ckappa    =   6.0000e-01                          cf        =   1.5330e-10                        
 +  clc       =   1.0000e-07                          cle       =   6.0000e-01                        
 +  dlc       =   4.0000e-08                          dwc       =   0.0000e+00                        
 +  vfbcv     =  -1.0000e+00                          noff      =   1.0000e+00                        
 +  voffcv    =   0.0000e+00                          acde      =   1.0000e+00                        
 +  moin      =   1.5000e+01                        


 *****high-speed/rf model parameters******************************


 *****flicker and thermal noise model parameters******************
 +  noia      =   1.0000e+20                          noib      =   5.0000e+04                        
 +  noic      =  -1.4000e-12                          em        =   4.2000e+07                        
 +  af        =   1.0000e+00                          ef        =   1.0000e+00                        
 +  kf        =   1e-29                      


 *****layout-dependent parasitics model parameters****************
 +  lmin      =   1.8000e-07                          lmax      =   5.0000e-05
 +  wmin      =   2.5000e-07                          wmax      =   1.0000e-04
 +  xl        = '-1.0500e-08+dxl_n_bpw_18'             xw        =  '0.0000e-00+dxw_n_bpw_18'           


 *****asymmetric source/drain junction diode model parameters*****
 +  js        =   1.0000e-06                          jsw       =   7.0000e-11                        
 +  cj        =  '1.0300e-03+dcj_n_bpw_18'             mj        =   4.4300e-01                        
 +  pb        =   8.2300e-01                          cjsw      =  '1.3400e-10+dcjsw_n_bpw_18'         
 +  mjsw      =   3.3000e-01                        


 *****temperature dependence parameters***************************
 +  tnom      =   2.5000e+01                          ute       =  -1.1860e+00                        
 +  kt1       =  -2.2550e-01                          kt1l      =  -4.2750e-09                        
 +  kt2       =  -2.5270e-02                          ua1       =   2.2530e-09                        
 +  ub1       =  -2.6730e-18                          uc1       =  -3.8320e-11                        
 +  at        =   1.4490e+04                          prt       =  -1.0180e+01                        
 +  xti       =   3.0000e+00                        


 *****dw and dl parameters****************************************
 +  wl        =   0.0000e+00                          wln       =   1.0000e+00                        
 +  ww        =   7.2620e-16                          wwn       =   1.0000e+00                        
 +  wwl       =   0.0000e+00                          ll        =  -1.0620e-15                        
 +  lln       =   1.0000e+00                          lw        =   2.9960e-15                        
 +  lwn       =   1.0000e+00                          lwl       =   0.0000e+00                        
 +  llc       =  -6.6400e-15                          lwc       =   0.0000e+00                        
 +  lwlc      =   0.0000e+00                          wlc       =   0.0000e+00                        
 +  wwc       =   0.0000e+00                          wwlc      =   0.0000e+00                        



 *****other parameters********************************************
 +  lvth0     = '-1.0000e-03+dlvth0_n_bpw_18'          wvth0     =  '6.027e-02+dwvth0_n_bpw_18'
 +  pvth0     =  '0+dpvth0_n_bpw_18'                   lnlx      =  -2.8540e-08 
 +  wnlx      =   0.0000e+00                          pnlx      =   0.0000e+00
 +  wua       =  -1.8800e-11                          wu0       =  '5.4000e-01+dwu0_n_bpw_18'
 +  pub       =   3.8000e-20                          pw0       =   1.3000e-09 
 +  wrdsw     =   0.0000e+00                          weta0     =   0.0000e+00                        
 +  wetab     =   0.0000e+00                          leta0     =   1.5740e-03                        
 +  letab     =   0.0000e+00                          peta0     =   0.0000e+00                        
 +  petab     =   0.0000e+00                          wpclm     =   0.0000e+00                        
 +  wvoff     =  -4.0780e-04                          lvoff     =  -4.2080e-03                        
 +  pvoff     =  -3.7880e-04                          wa0       =  -4.7310e-02                        
 +  la0       =  -4.6670e-01                          pa0       =  -2.6490e-02  
 +  wags      =   4.2420e-03                          lags      =   3.0280e-01                        
 +  pags      =   0.0000e+00                          wketa     =   0.0000e+00                        
 +  lketa     =  -1.9420e-02                          pketa     =   0.0000e+00                        
 +  wute      =   6.3730e-02                          lute      =   0.0000e+00                        
 +  pute      =   0.0000e+00                          wvsat     =   5.0660e+03                    
 +  lvsat     =   0.0000e+00                          pvsat     =  '0.0000e+00+dpvsat_n_bpw_18'                        
 +  lpdiblc2  =  -4.7520e-03                          wat       =   7.0670e+03                        
 +  wprt      =   0.0000e+00                          acm       =   3.0000e+00                        
 +  ldif      =   8.0000e-08                          hdif      =   2.6000e-07                        
 +  n         =   1.0000e+00                          php       =   8.8000e-01                        
 +  cjgate    =  '5.0000e-10+dcjgate_n_bpw_18'         ctp       =   9.2400e-04                        
 +  ptp       =   9.2400e-04                          cta       =   9.2900e-04                        
 +  pta       =   1.5800e-03                          elm       =   5.0000e+00                        
 +  tlevc     =   1.0000e+00                        
             



 ******************************************************************************************
 *         1.8v pmos model               *
 ******************************************************************************************

 .model p_18.1 pmos
 *****model selectors/controllers*********************************
 +  level     =   4.9000e+01                          mobmod    =   3.0000e+00                        
 +  version   =   3.2000e+00                          capmod    =   2.0000e+00                        
 +  binunit   =   1.0000e+00                          nqsmod    =   0.0000e+00
 +  noimod    =   1.0000e+00 

 *****process parameters******************************************
 +  tox       =  '4.2000e-09+dtox_p_18'               toxm      =   4.2000e-09                        
 +  xj        =   1.0000e-07                          nch       =   6.2310e+17                        
 +  ngate     =   1.0000e+23 

 *****basic model parameters**************************************
 +  vth0      = '-4.5550e-01+dvth0_p_18'              k1        =   5.7040e-01                        
 +  k2        =   6.9730e-03                          k3        =  -2.8330e+00                        
 +  k3b       =   1.3260e+00                          w0        =  -1.9430e-07                        
 +  nlx       =   2.5300e-07                          dvt0      =   4.8850e-01                        
 +  dvt1      =   7.5780e-02                          dvt2      =   1.1870e-01                        
 +  dvt0w     =  -1.2610e-01                          dvt1w     =   2.4790e+04                        
 +  dvt2w     =   6.9150e-01                          lint      =  -1.0410e-08                        
 +  wint      =  -1.5250e-07                          dwg       =  -1.2510e-07                        
 +  dwb       =  -1.0390e-07                          u0        =  '1.2450e+02+du0_p_18'  
 +  ua        =   1.5400e-09                          ub        =   2.6460e-19
 +  uc        =  -9.5870e-02                          vsat      =   5.3400e+04                                                                                            
 +  a0        =   1.3500e+00                          ags       =   3.8180e-01                        
 +  b0        =  -3.0880e-07                          b1        =   0.0000e+00                        
 +  keta      =   1.0440e-02                          a1        =   0.0000e+00                        
 +  a2        =   1.0000e+00                          voff      =  -1.0730e-01                                                                    
 +  nfactor   =   1.5350e-00                          cit       =  -1.0670e-03 
 +  cdsc      =   7.5780e-04                          cdscd     =  -2.8830e-05                        
 +  cdscb     =   1.0000e-04                          eta0      =   1.0710e+00                        
 +  etab      =  -9.2910e-01                          dsub      =   1.9191e+00
 +  pclm      =   2.6530e+00                          pdiblc1   =   0.0000e+00                        
 +  pdiblc2   =   5.0000e-06                          pdiblcb   =   0.0000e+00                        
 +  drout     =   1.4570e+00                          pscbe1    =   4.8660e+08                        
 +  pscbe2    =   2.8000e-07                          pvag      =   1.2620e+00                        


 *****parameters for asymmetric and bias-dependent rds model******
 +  rdsw      =   7.9210e+02                          prwg      =   0.0000e+00                        
 +  prwb      =   0.0000e+00                        


 *****impact ionization current model parameters******************
 +  alpha0    =   0.0000e+00                          alpha1    =   0.0000e+00                        
 +  beta0     =   3.0000e+01                        


 *****charge and capacitance model parameters*********************
 +  cgdo      =  '2.0540e-10+dcgdo_p_18'              cgbo      =   0.0000e+00                        
 +  cgso      =  '2.0540e-10+dcgso_p_18'              xpart     =   1.0000e+00                        
 +  cf        =   1.5330e-10                          dlc       =   7.0100e-08                                                                              
 +  cgsl      =   0.0000e+00                          cgdl      =   0.0000e+00                        
 +  ckappa    =   6.0000e-01                                                  
 +  clc       =   1.0000e-07                          cle       =   6.0000e-01                        
 +  dwc       =   0.0000e+00                        
 +  vfbcv     =  -1.0000e+00                          noff      =   1.0000e+00                        
 +  voffcv    =   0.0000e+00                          acde      =   1.0000e+00                        
 +  moin      =   1.5000e+01                        

 *****flicker and thermal noise model parameters******************
 +  noia      =   1.0000e+20                          noib      =   5.0000e+04                        
 +  noic      =  -1.4000e-12                          em        =   4.2000e+07                        
 +  af        =   1.0000e+00                          ef        =   1.0000e+00                        
 +  kf        =   1e-29                        


 *****layout-dependent parasitics model parameters****************
 +  lmin      =   1.8000e-07                          lmax      =   5.0000e-05
 +  wmin      =   2.5000e-07                          wmax      =   1.0000e-04
 +  xl        = '-2.0000e-09+dxl_p_18'                xw        =  '0.0000e+00+dxw_p_18'           


 *****asymmetric source/drain junction diode model parameters*****
 +  js        =   3.0000e-06                          jsw       =   4.2200e-11                        
 +  cj        =  '1.2400e-03+dcj_p_18'                mj        =   3.9500e-01                        
 +  pb        =   7.6200e-01                          cjsw      =  '1.7400e-10+dcjsw_p_18'         
 +  mjsw      =   3.2400e-01                        


 *****temperature dependence parameters***************************
 +  tnom      =   2.5000e+01                          ute       =  -4.4840e-01                        
 +  kt1       =  -2.2940e-01                          kt1l      =  -8.2040e-09                        
 +  kt2       =  -9.4870e-03                          ua1       =   4.5710e-09                        
 +  ub1       =  -6.0260e-18                          uc1       =  -9.8500e-02                        
 +  at        =   1.2030e+04                          prt       =   0.0000e+00                        
 +  xti       =   3.0000e+00                        


 *****dw and dl parameters****************************************
 +  ww        =   1.2360e-14                          lw        =  -2.8730e-16                        
 +  ll        =   6.6350e-15                        
 +  wl        =   0.0000e+00                          wln       =   1.0000e+00                        
 +  wwn       =   1.0000e+00                        
 +  wwl       =   0.0000e+00                                                 
 +  lln       =   1.0000e+00                                                
 +  lwn       =   1.0000e+00                          lwl       =   0.0000e+00                        
 +  llc       =  -1.3100e-14                          lwc       =   0.0000e+00                        
 +  lwlc      =   0.0000e+00                          wlc       =   0.0000e+00                        
 +  wwc       =   0.0000e+00                          wwlc      =   0.0000e+00                        


 *****other parameters********************************************
 +  lvth0     =  '4.4000e-03+dlvth0_p_18'             wvth0     = '-1.4800e-02+dwvth0_p_18'                        
 +  pvth0     =  '3.2000e-03+dpvth0_p_18'             lnlx      =  -1.5840e-08 
 +  wrdsw     =   1.0070e+01                          weta0     =   0.0000e+00                        
 +  wetab     =   0.0000e+00                          wpclm     =   0.0000e+00                        
 +  wua       =   2.6300e-09                          lua       =  -8.2530e-11
 +  pua       =   5.8550e-11                          wub       =   0.0000e+00                        
 +  lub       =   0.0000e+00                          pub       =   0.0000e+00                        
 +  wuc       =   0.0000e+00                          luc       =   0.0000e+00                        
 +  puc       =   0.0000e+00                          wvoff     =  -9.8160e-03                        
 +  lvoff     =  -9.8710e-04                          pvoff     =  -9.8330e-05                        
 +  wa0       =  -4.8070e-02                          la0       =  -2.8100e-01
 +  pa0       =   8.6610e-02                          wags      =  -4.2770e-02                        
 +  lags      =   4.4540e-02                          pags      =  -4.0760e-02                        
 +  wketa     =   0.0000e+00                          lketa     =  -1.2000e-02
 +  pketa     =   0.0000e+00                          wute      =  -2.6820e-01                        
 +  lute      =   0.0000e+00                          pute      =   0.0000e+00                        
 +  wvsat     =  -1.4200e+04                          lvsat     =   0.0000e+00                        
 +  pvsat     = '-4.3400e+02+dpvsat_p_18'             lpdiblc2  =   3.0120e-03
 +  wat       =  -6.4050e+03                          wprt      =   2.2660e+02                        
 +  n         =   1.0000e+00                          php       =   6.6500e-01                        
 +  cta       =   1.0000e-03                          ctp       =   7.5300e-04                        
 +  pta       =   1.5500e-03                          ptp       =   1.2400e-03                        
 +  acm       =   3.0000e+00                          ldif      =   8.0000e-08             
 +  rsh       =   8.0000e+00                          rd        =   0.0000e+00                    
 +  rsc       =   0.0000e+00                          rdc       =   0.0000e+00
 +  hdif      =   2.6000e-07                          rs        =   0.0000e+00

 ******************************************************************************************
 *         3.3v nmos model               *
 ******************************************************************************************
 .model n_33.1 nmos
 +level    = 49                  
 *
 * general parameters
 *
 +lmin     = 3.5e-7              lmax     = 5.0e-5              wmin     = 2.5e-7              
 +wmax     = 1.0e-4              tnom     = 27.0                version  = 3.2                 
 +tox      = '7.00e-09+dtox_n_33'            xj       = 2.5000000e-07       
 +nch      = 1.6999999e+17       lln      = 1.0000000           lwn      = 1.0000000           
 +wln      = 1.0000000           wwn      = 1.0000000           lint     = '0.00+dlint_n_33'                
 +ll       = 1.2142200e-14       lw       = 0.00                lwl      = -2.8856721e-22      
 +wint     = '0.00+dwint_n_33'                wl       = 0.00                ww       = -2.0097143e-16      
 +wwl      = -1.5017800e-21      mobmod   = 1                   binunit  = 2                   
 +xl       = 2.20e-08            xw       = 0.00                dwg      = 3.5527140e-15       
 +dwb      = 6.2000000e-09       
 * diode parameters
 +acm      = 3                   ldif     = 0.00                hdif     = 3.20e-7                
 +rsh      = 8                                     
 *
 * threshold voltage parameters
 *
 +vth0     = '0.5924070+dvth0_n_33'           k1       = 0.7137536           k2       = -2.5826899e-02      
 +k3       = 62.0000000          dvt0     = 4.7501960           dvt1     = 0.6340203           
 +dvt2     = -0.2139230          dvt0w    = 0.2500000           dvt1w    = 5.9500000e+05       
 +dvt2w    = 0.00                nlx      = 1.2508283e-07       w0       = 5.6800000e-06       
 +k3b      = 32.0000000           
 *
 * mobility parameters
 *
 +vsat     = 9.8280000e+04       ua       = -5.8546880e-10      ub       = 1.6518923e-18       
 +uc       = 5.5177280e-11       rdsw     = 5.9591060e+02       prwb     = 5.7154760e-02       
 +prwg     = 2.3068622e-02       wr       = 1.0000000           u0       = 3.4129650e-02       
 +a0       = 1.2752739           keta     = 5.0000000e-03       a1       = 1.0000000e-02       
 +a2       = 0.9900000           ags      = 0.2678509           b0       = 1.0000000e-08       
 +b1       = 9.0000000e-07       
 *
 * subthreshold current parameters
 *
 +voff     = -0.2360862          nfactor  = 1.0000000           cit      = 0.00                
 +cdsc     = 2.3999999e-04       cdscb    = 0.00                cdscd    = 2.3999999e-04       
 +eta0     = 0.2080775           etab     = -1.5000000e-03      dsub     = 0.5210000           
 *
 * rout parameters
 *
 +pclm     = 0.6318000           pdiblc1  = 9.4999000e-04       pdiblc2  = 1.0000000e-03       
 +pdiblcb  = 0.00                drout    = 0.5600000           pscbe1   = 4.2400000e+08       
 +pscbe2   = 1.0000000e-05       pvag     = 0.00                delta    = 1.0000000e-02       
 +alpha0   = 0.00                alpha1   = 0.00                beta0    = 30.0000000          
 *
 * temperature effects parameters
 *
 +kt1      = -0.3166082          kt2      = -4.4608160e-02      at       = 5.0000000e+02       
 +ute      = -1.6006135          ua1      = 4.2028770e-11       ub1      = 3.8000000e-19       
 +uc1      = 2.8000000e-11       kt1l     = 0.0000000           prt      = -2.7126447e+02      
 *	
 * capacitance parameters
 *
 +cj       = 7.673167e-04   	mj       = 0.3299333      	pb       = 0.7131242      	
 +cjsw     = 1.088665e-10   	mjsw     = 0.2036705      	php      = 0.4347057      	
 +cta      = 1.081522e-03   	ctp      = 7.482284e-04   	pta      = 1.822417e-03   	
 +ptp      = 2.008567e-03   	js       = 1.00e-05       	jsw      = 5.2e-11           	
 +cgdo     = '2.7e-10+dcgdo_n_33'        	
 +cgso     = '2.7e-10+dcgso_n_33'        	cgbo     = 1.0e-10       	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.392e-10          	cjgate   = 2.9e-10              tlevc    = 1


 ******************************************************************************************
 *         0.18um 1.8v/3.3v mixedmode triple-well technology, 3.3v nmos model               *
 ******************************************************************************************
 .model n_bpw_33.1 nmos
 +level    = 49                  
 *
 * general parameters
 *
 +lmin     = 3.5e-7              lmax     = 5.0e-5              wmin     = 2.5e-7              
 +wmax     = 1.0e-4              tnom     = 27.0                version  = 3.2                 
 +tox      = '7.00e-09+dtox_n_bpw_33'            xj       = 2.5000000e-07       
 +nch      = 1.6999999e+17       lln      = 1.0000000           lwn      = 1.0000000           
 +wln      = 1.0000000           wwn      = 1.0000000           lint     = '0.00+dlint_n_bpw_33'                
 +ll       = 1.2142200e-14       lw       = 0.00                lwl      = -2.8856721e-22      
 +wint     = '0.00+dwint_n_bpw_33'                wl       = 0.00                ww       = -2.0097143e-16      
 +wwl      = -1.5017800e-21      mobmod   = 1                   binunit  = 2                   
 +xl       = 2.20e-08            xw       = 0.00                dwg      = 3.5527140e-15       
 +dwb      = 6.2000000e-09       
 * diode parameters
 +acm      = 3                   ldif     = 0.00                hdif     = 3.20e-7                
 +rsh      = 8                                     
 *
 * threshold voltage parameters
 *
 +vth0     = '0.5924070+dvth0_n_bpw_33'           k1       = 0.7137536           k2       = -2.5826899e-02      
 +k3       = 62.0000000          dvt0     = 4.7501960           dvt1     = 0.6340203           
 +dvt2     = -0.2139230          dvt0w    = 0.2500000           dvt1w    = 5.9500000e+05       
 +dvt2w    = 0.00                nlx      = 1.2508283e-07       w0       = 5.6800000e-06       
 +k3b      = 32.0000000           
 *
 * mobility parameters
 *
 +vsat     = 9.8280000e+04       ua       = -5.8546880e-10      ub       = 1.6518923e-18       
 +uc       = 5.5177280e-11       rdsw     = 5.9591060e+02       prwb     = 5.7154760e-02       
 +prwg     = 2.3068622e-02       wr       = 1.0000000           u0       = 3.4129650e-02       
 +a0       = 1.2752739           keta     = 5.0000000e-03       a1       = 1.0000000e-02       
 +a2       = 0.9900000           ags      = 0.2678509           b0       = 1.0000000e-08       
 +b1       = 9.0000000e-07       
 *
 * subthreshold current parameters
 *
 +voff     = -0.2360862          nfactor  = 1.0000000           cit      = 0.00                
 +cdsc     = 2.3999999e-04       cdscb    = 0.00                cdscd    = 2.3999999e-04       
 +eta0     = 0.2080775           etab     = -1.5000000e-03      dsub     = 0.5210000           
 *
 * rout parameters
 *
 +pclm     = 0.6318000           pdiblc1  = 9.4999000e-04       pdiblc2  = 1.0000000e-03       
 +pdiblcb  = 0.00                drout    = 0.5600000           pscbe1   = 4.2400000e+08       
 +pscbe2   = 1.0000000e-05       pvag     = 0.00                delta    = 1.0000000e-02       
 +alpha0   = 0.00                alpha1   = 0.00                beta0    = 30.0000000          
 *
 * temperature effects parameters
 *
 +kt1      = -0.3166082          kt2      = -4.4608160e-02      at       = 5.0000000e+02       
 +ute      = -1.6006135          ua1      = 4.2028770e-11       ub1      = 3.8000000e-19       
 +uc1      = 2.8000000e-11       kt1l     = 0.0000000           prt      = -2.7126447e+02      
 *	
 * capacitance parameters
 *
 +cj       = 7.673167e-04   	mj       = 0.3299333      	pb       = 0.7131242      	
 +cjsw     = 1.088665e-10   	mjsw     = 0.2036705      	php      = 0.4347057      	
 +cta      = 1.081522e-03   	ctp      = 7.482284e-04   	pta      = 1.822417e-03   	
 +ptp      = 2.008567e-03   	js       = 1.00e-05       	jsw      = 5.2e-11           	
 +cgdo     = '2.7e-10+dcgdo_n_bpw_33'        	
 +cgso     = '2.7e-10+dcgso_n_bpw_33'        	cgbo     = 1.0e-10       	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.392e-10          	cjgate   = 2.9e-10              tlevc    = 1
            	



 ******************************************************************************************
 *         3.3v pmos model               *
 ******************************************************************************************
 .model p_33.1 pmos
 +level    = 49             	
 +lmin     = 3.5e-7         	lmax     = 5.0e-5         	wmin     = 2.5e-7         	
 +wmax     = 1.0e-4        	tnom     = 27.0           	version  = 3.2            	
 +tox      = '7.00000e-09+dtox_p_33'    	xj       = 1.8000000e-07  	nch      = 4.3096250e+17  	
 +lln      = 1.4787377      	lwn      = 1.0000000      	wln      = 1.0000000      	
 +wwn      = 1.6332974      	lint     = '2.2396316e-08+dlint_p_33'  	ll       = 3.3436880e-18  	
 +lw       = 0.00           	lwl      = -1.4344100e-24 	wint     = '3.3613110e-08+dwint_p_33'  	
 +wl       = 0.00           	ww       = -7.2735800e-19 	wwl      = 9.7470860e-26  	
 +mobmod   = 1              	xl       = -1.0000e-08          xw       = 0                	
 +dwg      = -1.4371156e-08 	dwb      = 5.9839220e-09  	
 +vth0     = '-0.7204355+dvth0_p_33'     	k1       = 0.7667419      	k2       = 5.4286610e-02  	
 +k3       = 2.0892601      	dvt0     = 7.3947320      	dvt1     = 0.9634880      	
 +dvt2     = 7.8053260e-03  	dvt0w    = 1.7969700      	dvt1w    = 2.8762723e+06  	
 +dvt2w    = 0.2026245      	nlx      = 0.00           	w0       = 2.2247300e-07  	
 +k3b      = 1.0028400      	         	
 +vsat     = 1.0007731e+05  	ua       = -3.9782800e-10 	ub       = 1.6947495e-18  	
 +uc       = -3.6494700e-11 	rdsw     = 6.2701920e+02  	prwb     = -0.7725255     	
 +prwg     = 3.3490300e-02  	wr       = 0.9913232      	u0       = 8.0758510e-03  	
 +a0       = 1.0736154      	keta     = -1.0346900e-02 	a1       = 0.01      	
 +a2       = 0.9212255      	ags      = 0.2138427      	b0       = 4.3581280e-07  	
 +b1       = 1.7378807e-06  	
 +voff     = -0.2239050     	nfactor  = 0.9964148      	cit      = 5.3336740e-04  	
 +cdsc     = 3.2656700e-03  	cdscb    = 2.4630399e-03  	cdscd    = 0.00           	
 +eta0     = 5.4210600e-02  	etab     = -1.8931806e-02 	dsub     = 0.4594282      	
 +pclm     = 0.6164396      	pdiblc1  = 1.2236120e-02  	pdiblc2  = 3.5433970e-04  	
 +pdiblcb  = 0.2477877      	drout    = 0.2401412      	pscbe1   = 4.6427620e+08  	
 +pscbe2   = 2.8700000e-05  	pvag     = -0.2307000     	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.3345865     	kt2      = -5.7475180e-02 	at       = 4.9500000e+04  	
 +ute      = -1.2277215     	ua1      = 1.4019034e-09  	ub1      = -3.4171990e-18 	
 +uc1      = -1.3930956e-10 	kt1l     = 1.0000003e-08  	prt      = 0.00           	
 +cj       = 1.299812e-03   	mj       = 0.4096944      	pb       = 0.761753       	
 +cjsw     = 2.243239e-10   	mjsw     = 0.474468       	php      = 0.9296629      	
 +cta      = 9.968635e-04   	ctp      = 7.21932e-04    	pta      = 1.503527e-03   	
 +ptp      = 1.215858e-03   	js       = 9.00e-05       	jsw      = 4.90e-12     	
 +cgdo     = '2.6e-10+dcgdo_p_33'        	
 +cgso     = '2.6e-10+dcgso_p_33'        	cgbo     = 1e-10             	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.392e-10       	tlevc    = 1
 +acm      = 3                 hdif     = 3.2e-7                rsh     = 8               	 
            	


 ******************************************************************************************
 *         1.8v low vt nmos model     *
 ******************************************************************************************
 .model n_lv_18.1 nmos
 +level    = 49             	
 +lmin     = 2.5e-7         	lmax     = 5.0e-5         	wmin     = 2.5e-7         	
 +wmax     = 1.0e-4         	tnom     = 27.0           	version  = 3.2            	
 +tox      = '4.20000e-09+dtox_n_lv_18'    	xj       = 1.6000000e-07  	nch      = 4.6371000e+17  	
 +lln      = 2.0000000      	lwn      = 1.0000000      	wln      = 1.0000000      	
 +wwn      = 1.0000000      	lint     = '1.0000000e-08+dtox_n_lv_18'  	ll       = -2.5800000e-22 	
 +lw       = 0.00           	lwl      = 0.00           	wint     = '2.0000000e-08+dtox_n_lv_18'  	
 +wl       = 0.00           	ww       = 0.00           	wwl      = 0.00           	
 +mobmod   = 2              	binunit  = 2              	xl       = 0              	
 +xw       = 0              	
 +dwg      = 2.5000000e-09  	dwb      = 1.2441700e-09  	
 +acm      = 3              	hdif     = 2.6e-07             	rsh      = 8              	
 +vth0     = '1.6460000e-02+dtox_n_lv_18'  	k1       = 0.3122200      	k2       = -4.3434400e-02 	
 +k3       = -15.4245000    	dvt0     = 1.9600000      	dvt1     = 0.2703380      	
 +dvt2     = 7.0000000e-02  	dvt0w    = 0.4113980      	dvt1w    = 1.6626000e+06  	
 +dvt2w    = -4.4234600e-02 	nlx      = 8.3200000e-07  	w0       = 1.0000000e-06  	
 +k3b      = -0.2101380     	           	
 +vsat     = 9.20e+04    	pvsat    = 1.9999999e-09  	ua       = 5.2358400e-10  	
 +wua      = 1.0000000e-16  	pua      = -7.5000000e-23 	ub       = 1.4080000e-18  	
 +wub      = -3.0000001e-25 	pub      = 8.0000000e-32  	uc       = -1.0246000e-10 	
 +rdsw     = 96.7580000     	prwb     = -0.2000000     	prwg     = 5.0000000e-02  	
 +wr       = 1.0000000      	u0       = 4.9234500e-02  	wu0      = 2.4000000e-09  	
 +pu0      = 2.0000000e-16  	a0       = 1.0000000      	keta     = 4.2062700e-03  	
 +a1       = 0.00           	a2       = 1.0000000      	ags      = 0.6300000      	
 +b0       = 0.00           	b1       = 0.00           	
 +voff     = -0.2517590     	nfactor  = 1.0000000      	cit      = -4.5359940e-03 	
 +cdsc     = 1.2000000e-03  	cdscb    = 0.00           	cdscd    = 5e-4           	
 +eta0     = 5.5334000e-02  	etab     = -2.3552900e-02 	dsub     = 0.5600000      	
 +pclm     = 2.8151700      	pdiblc1  = 0.2000000      	pdiblc2  = 8.0000000e-02  	
 +pdiblcb  = 0.2777778      	drout    = 1.0000000      	pscbe1   = 6.6815310e+08  	
 +pscbe2   = 1.0000000e-10  	pvag     = 0.5000000      	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.2999444     	kt2      = 1.5900001e-02  	at       = 3.3000000e+04  	
 +ute      = -1.6873263     	ua1      = -1.3554663e-09 	ub1      = 8.7998690e-20  	
 +uc1      = 3.4078270e-11  	kt1l     = 0.00           	prt      = -1.0000000e+02 	
 +cj       = 0.00099        	mj       = 0.5            	pb       = 0.762          	
 +cjsw     = 1.5e-10        	mjsw     = 0.257          	php      = 0.639          	
 +cta      = 0.000902       	ctp      = 0.000718       	pta      = 0.000872       	
 +ptp      = 0.00385        	js       = 1.00e-04       	jsw      = 0.00           	
 +cjgate    = 2.4e-10        	        	
 +cgdo     = '2.0e-10+dcgdo_n_lv_18'        	
 +cgso     = '2.0e-10+dcgso_n_lv_18'        	cgbo     = 0.0          	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.53e-10       	
 +dwc      = 2e-08          	tlevc    = 1 



 ******************************************************************************************
 *         1.8v low vt pmos model     *
 ******************************************************************************************            	

 .model p_lv_18.1 pmos
 +level    = 49             	
 +lmin     = 2.5e-7         	lmax     = 5.0e-5        	wmin     = 2.5e-7         	
 +wmax     = 1.0e-4         	tnom     = 27.0           	version  = 3.2            	
 +tox      = '4.20000e-09+dtox_p_lv_18'    	xj       = 1.8000000e-07  	nch      = 2.6699999e+17  	
 +lln      = 0.2000000      	lwn      = 1.0000000      	wln      = 0.7966000      	
 +wwn      = 1.7867000      	lint     = '0.00+dlint_p_lv_18'           	ll       = 8.9200000e-10  	
 +lw       = -8.0000000e-14 	lwl      = 3.7900000e-15  	wint     = '-4.2700000e-08+dwint_n_zero_18' 	
 +wl       = 5.6500000e-14  	ww       = 5.7000000e-24  	wwl      = 1.8000000e-25  	
 +mobmod   = 1              	binunit  = 2              	xl       = 0              	
 +xw       = 0              	
 +dwg      = -1.0600000e-08 	dwb      = -1.0100000e-09 	
 +acm      = 3              	hdif     = 2.6e-07             	rsh      = 8             	
 +vth0     = '-0.2253000+dvth0_n_zero_18'     	k1       = 0.4604000      	k2       = -1.0000000e-02 	
 +k3       = -6.3916000     	dvt0     = 1.0400000e-03  	dvt1     = 2.9700000e-02  	
 +dvt2     = -12.2436000    	dvt0w    = 0.00           	dvt1w    = 0.00           	
 +dvt2w    = 0.00           	nlx      = 0.00           	w0       = 5.5000000e-07  	
 +k3b      = 5.2034000      	          	
 +vsat     = 1.4500000e+05  	ua       = 1.8500000e-09  	ub       = -4.0200000e-19 	
 +uc       = -1.1800000e-10 	rdsw     = 1.2024300e+02  	prwb     = -2.0000000     	
 +prwg     = 1.0000000      	wr       = 1.0251000      	u0       = 1.2700000e-02  	
 +a0       = 1.2075000      	keta     = -9.5500000e-03 	a1       = 0.00           	
 +a2       = 0.4000000      	ags      = 0.3268000      	b0       = 4.0000000e-08  	
 +b1       = 0.00           	
 +voff     = -0.2415000     	nfactor  = 2.0000000      	cit      = -1.4900000e-04 	
 +cdsc     = 1.4500000e-05  	cdscb    = 0.00           	cdscd    = 3.8500001e-04  	
 +eta0     = 8.2700000e-03  	etab     = -8.2900000e-02 	dsub     = 0.6936000      	
 +pclm     = 1.8243001      	pdiblc1  = 0.2000000      	pdiblc2  = 1.6800000e-03  	
 +pdiblcb  = 0.2383000      	drout    = 0.1853000      	pscbe1   = 6.3000000e+08  	
 +pscbe2   = 1.0000000e-10  	pvag     = 2.0000000      	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.1842559     	kt2      = -2.7705010e-02 	at       = 3.3000000e+04  	
 +ute      = -1.4842620     	ua1      = -1.6085620e-09 	ub1      = -6.7403140e-19 	
 +uc1      = -4.9096290e-11 	kt1l     = 0.00           	prt      = 0.00           	
 +cj       = 1.060794e-03   	mj       = 0.3802915      	pb       = 0.7619755      	
 +cjsw     = 2.025533e-10   	mjsw     = 0.2567205      	pbsw      = 0.6391692      	
 +cta      = 8.437771e-04   	ctp      = 8.053438e-04   	pta      = 1.465745e-03   	
 +ptp      = 1.857747e-03   	js       = 1.00e-04       	jsw      = 0.00           	
 +cjgate    = 4.53e-10       	         	
 +cgdo     = '1.8e-10+dcgdo_n_zero_18'        	
 +cgso     = '1.8e-10+dcgso_n_zero_18'        	cgbo     = 0.0e+00        	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.53e-10           	
 +dwc      = -4.27e-08      	tlevc    = 1      

  


 **.lib './mm180_lvt33_v111.lib' tt
 ******************************************************************************************
 *         3.3v low vt nmos model     *
 ******************************************************************************************
 .model n_lv_33 nmos
 +level    = 49             	
 +lmin     = 4.5e-7         	lmax     = 5.0e-5         	wmin     = 8.0e-7         	
 +wmax     = 1.0e-4         	tnom     = 27.0           	version  = 3.2            	
 +tox      = '7.00000e-09+dtox_n_lv_33'    	xj       = 1.6000000e-07  	nch      = 1.0241000e+17  	
 +lln      = 1.0000000      	lwn      = 1.0000000      	wln      = 1.0000000      	
 +wwn      = 1.0000000      	lint     = '2.0000000e-08+dlint_n_lv_33'  	ll       = 0.00           	
 +lw       = 0.00           	lwl      = 0.00           	wint     = '1.2249999e-08+dwint_n_lv_33'  	
 +wl       = 0.00           	ww       = 0.00           	wwl      = 0.00           	
 +mobmod   = 1              	xl       = 0              	xw       = 0              	       	
 +dwg      = -2.0000002e-09 	dwb      = 0.00           	binunit  = 2
 +vth0     = '0.3143800+dvth0_n_lv_33'      	k1       = 0.4411720      	k2       = -2.5000002e-03 	
 +k3       = 8.0000000      	wk3      = -1.5000001e-07 	dvt0     = 9.5500000      	
 +dvt1     = 0.6921755      	dvt2     = -1.9199999e-02 	dvt0w    = 1.4999999      	
 +dvt1w    = 3.8390000e+06  	dvt2w    = 0.00           	nlx      = 1.0000000e-07  	
 +w0       = 2.5000000e-07  	k3b      = -2.2000003     	        	
 +vsat     = 1.4600500e+05  	lvsat    = 1.2000000e-02  	pvsat    = 4.0000000e-09  	
 +ua       = 7.4999990e-12  	ub       = 1.4716000e-18  	uc       = 4.2900000e-11  	
 +rdsw     = 3.4000000e+02  	prwb     = 0.2000000      	prwg     = 5.0000000e-02  	
 +wr       = 0.8800000      	u0       = 4.0670000e-02  	a0       = 1.3379101      	
 +keta     = -1.9512800e-02 	lketa    = 1.8000000e-08  	a1       = -1.5000000e-02 	
 +a2       = 0.4950000      	ags      = 0.2799817      	b0       = 0.00           	
 +b1       = 0.00           	
 +voff     = -0.2266667     	nfactor  = 1.9196697      	cit      = -8.2513200e-04 	
 +cdsc     = -5.5000000e-03 	cdscb    = -2.0000001e-03 	cdscd    = -2.3108199e-03 	
 +eta0     = 9.0787900e-02  	etab     = -1.8052302e-02 	dsub     = 0.4388730      	
 +pclm     = 2.0320799      	pdiblc1  = 0.2000000      	pdiblc2  = 8.7416200e-04  	
 +pdiblcb  = 0.2515152      	drout    = 0.5600000      	pscbe1   = 3.2151754e+08  	
 +pscbe2   = 4.7085900e-07  	pvag     = 1.8000000      	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.2100000     	kt2      = 2.2000000e-02  	at       = 3.3000000e+04  	
 +ute      = -1.0548464     	ua1      = 2.0172199e-09  	ub1      = -2.2093869e-18 	
 +uc1      = -6.6587780e-11 	kt1l     = 0.00           	prt      = 0.00           	
 +cj       = 7.367141e-04   	mj       = 0.336086       	pb       = 0.7201007      	
 +cjsw     = 1.73106e-10    	mjsw     = 0.2086389      	pbsw     = 0.6102874      	
 +cta      = 7.477216e-04   	ctp      = 1.326763e-03   	pta      = 1.775738e-03   	
 +ptp      = 2.355726e-03   	js       = 1.00e-04       	jsw      = 0.00           	
 +cjgate    = 5.23e-10       	
 +cgdo     = '3.5e-10+dcgdo_n_lv_33'        	acm      = 3                   hdif     = 3.2e-7    
 +cgso     = '3.5e-10+dcgso_n_lv_33'     	cgbo     = 0.0          	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1             	
 +cf       = 1.392e-10          	rsh      = 8      	        tlevc    = 1  
 +dwc      = 1.225e-08

 ******************************************************************************************
 *        3.3v low vt pmos model     *
 ******************************************************************************************      	           	
            	

 .model p_lv_33 pmos
 +level    = 49             	
 +lmin     = 4.5e-7         	lmax     = 5.0e-5         	wmin     = 8.0e-7         	
 +wmax     = 1.0e-4         	tnom     = 27.0           	version  = 3.2            	
 +tox      = '7.00000e-09+dtox_p_lv_33'    	xj       = 1.8000000e-07  	nch      = 5.3343000e+16  	
 +lln      = 0.7216445      	lwn      = 1.0000000      	wln      = 2.0000000      	
 +wwn      = 0.5480860      	lint     = '8.7500000e-10+dlint_p_lv_33'  	ll       = 1.2489934e-12  	
 +lw       = -8.0000000e-15 	lwl      = -1.8801899e-20 	wint     = '2.6149999e-08+dwint_p_lv_33'  	
 +wl       = -3.3356700e-21 	ww       = -3.7684900e-12 	wwl      = 0.00           	
 +mobmod   = 1              	xl       = 0              	xw       = 0            
 +dwg      = -1.3888889e-08 	dwb      = 5.6433000e-09  	
 +vth0     = '-0.4238060+dvth0_p_lv_33'     	k1       = 0.4537740      	k2       = -1.6830200e-02 	
 +k3       = -2.3458099     	dvt0     = 2.2409160      	dvt1     = 0.7000346      	
 +dvt2     = 5.1822500e-02  	dvt0w    = -0.6666300     	dvt1w    = 1.7665100e+06  	
 +dvt2w    = 0.2730700      	nlx      = 1.0942075e-07  	w0       = 0.00           	
 +k3b      = 0.5537800      	          	
 +vsat     = 1.2313600e+05  	ua       = 9.3385000e-10  	ub       = 8.7038620e-19  	
 +uc       = -4.8379430e-11 	rdsw     = 1.2941917e+03  	prwb     = -3.7754260e-02 	
 +prwg     = -3.0872462e-02 	wr       = 1.2123391      	u0       = 1.2451221e-02  	
 +a0       = 0.5109490      	keta     = -1.2610002e-02 	a1       = 0.00           	
 +a2       = 0.4000000      	ags      = 0.2783000      	b0       = 1.8980900e-07  	
 +b1       = 4.7157910e-07  	
 +voff     = -0.2006746     	nfactor  = 2.0000000      	cit      = -4.5838980e-04 	
 +cdsc     = 1.5963858e-03  	cdscb    = 0.00           	cdscd    = 3.3960306e-03  	
 +eta0     = 4.0173400e-02  	etab     = -2.4490699e-02 	dsub     = 0.8703098      	
 +pclm     = 1.5312500      	pdiblc1  = 0.2000000      	pdiblc2  = 2.4438500e-03  	
 +pdiblcb  = 0.2515152      	drout    = 0.5001400      	pscbe1   = 6.1853930e+08  	
 +pscbe2   = 5.0000000e-05  	pvag     = -0.7000000     	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.3281201     	kt2      = -2.5214884e-02 	at       = 3.3000000e+04  	
 +ute      = -0.6066882     	ua1      = 5.3900000e-09  	ub1      = -8.5040010e-18 	
 +uc1      = -1.9939508e-11 	kt1l     = 0.00           	prt      = 0.00           	
 +cj       = 0.00102        	mj       = 0.336          	pb       = 0.67           	
 +cjsw     = 1.5e-10        	mjsw     = 0.209          	pbsw     = 0.45           	
 +cjgate    = 2.8e-10        	        	
 +cta      = 0.001          	ctp      = 0.0005         	pta      = 0.00142        	
 +ptp      = 0.00156        	js       = 1.00e-04       	jsw      = 0.00           	
 +cgdo     = '3.0e-10+dcgdo_p_lv_33'        	acm      = 3                   hdif     = 3.2e-7
 +cgso     = '3.0e-10+dcgso_p_lv_33'        	cgbo     = 0.0e+00        	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.392e-10           rsh      = 8                    tlevc    = 1       		
 +dwc      = 2.615e-08 

 ******************************************************************************************
 *   1.8v zero vt nmos model            *
 ******************************************************************************************
 .model n_zero_18.1 nmos
 +level    = 49             	
 +lmin     = 3.2e-7         	lmax     = 5.0e-5         	wmin     = 2.5e-7         	
 +wmax     = 1.0e-4         	tnom     = 27.0           	version  = 3.2            	
 +tox      = '4.20e-09+dtox_n_zero_18'    	xj       = 1.6000000e-07  	nch      = 3.8726000e+16  	
 +lln      = 0.2660000      	lwn      = 1.0000000      	wln      = 0.5922000      	
 +wwn      = 0.2000000      	lint     = '0.00+dlint_n_zero_18'           	ll       = 1.8000001e-11  	
 +lw       = 0.00           	lwl      = 2.7500000e-17  	wint     = '6.71e-08+dwint_n_zero_18'  	
 +wl       = -2.3600000e-12 	ww       = -3.2100000e-09 	wwl      = -4.9800000e-14 	
 +mobmod   = 2              	binunit  = 2              	xl       = 0              	
 +xw       = 0              	     	
 +dwg      = -4.0064710e-09 	dwb      = -6.4565710e-10 	
 +acm      = 3           	hdif     = 2.6e-07             	rsh      = 8            	              	
 +vth0     = '-0.292824+dvth0_n_zero_18'     	k1       = 6.0130880e-02  	k2       = 2.8346960e-02  	
 +k3       = -1.6878520     	dvt0     = 0.00           	dvt1     = 0.00           	
 +dvt2     = 0.5000000      	dvt0w    = -4.2279100e-03 	dvt1w    = 1.2608490e+05  	
 +dvt2w    = 5.2103550e-02  	nlx      = 5.5854040e-06  	w0       = 0.00           	
 +k3b      = -1.0744520e-03 	          	
 +vsat     = 1.4120500e+05  	ua       = -4.2000000e-10 	ub       = 1.8938191e-18  	
 +uc       = -5.2402070e-11 	rdsw     = 99.7997000     	prwb     = 0.2000000      	
 +prwg     = 0.2000000      	wr       = 0.9784660      	u0       = 3.9795870e-02  	
 +a0       = 7.6036300      	keta     = -8.2927600e-03 	a1       = 0.00           	
 +a2       = 0.4950000      	ags      = 0.6100000      	b0       = 2.2348240e-07  	
 +b1       = 6.9381160e-07  	
 +voff     = -0.5343230     	nfactor  = 3.8131400      	cit      = -4.6958800e-03 	
 +cdsc     = 4.0000000e-03  	cdscb    = 1.0000000e-03  	cdscd    = 1.0000000e-03  	
 +eta0     = 1.8483700e-03  	etab     = 1.9984799e-03  	dsub     = 0.5600000      	
 +pclm     = 6.0000000      	pdiblc1  = 0.2000000      	pdiblc2  = 0.2000000      	
 +pdiblcb  = 0.2777780      	drout    = 0.5600000      	pscbe1   = 6.6815310e+08  	
 +pscbe2   = 1.0000000e-10  	pvag     = 1.5000000      	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.3209906     	kt2      = -9.4299780e-02 	at       = 3.3000000e+04  	
 +ute      = -0.8586437     	ua1      = 3.4515450e-09  	ub1      = -4.2916300e-18 	
 +uc1      = -3.2124550e-11 	kt1l     = 0.00           	prt      = -60.0000000    	
 +cj       = 0.00116        	mj       = 0.4953         	pb       = 0.9040536      	
 +cjsw     = 1.58e-10       	mjsw     = 0.2248         	php     = 0.7            	
 +cta      = 0.000908       	ctp      = 0.000714       	pta      = 0.00156        	
 +ptp      = 0.00122        	js       = 1.00e-04       	jsw      = 0.00           	
 +cjgate    = 2.88e-10       	          	
 +cgdo     = '4.0e-10+dcgdo_n_zero_18'        	
 +cgso     = '4.0e-10+dcgso_n_zero_18'        	cgbo     = 0.0e+00        	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.533e-10        	tlevc    = 1   

 ******************************************************************************************
 *         3.3v zero vt nmos model     *
 ******************************************************************************************    
 .model n_zero_33 nmos
 +level    = 49             	
 +lmin     = 4.5e-7         	lmax     = 5.05e-5         	wmin     = 8.0e-7         	
 +wmax     = 1.05e-4         	tnom     = 27.0           	version  = 3.2            	
 +tox      = '7.50000e-09+dtox_n_zero_33'    	xj       = 1.6000000e-07  	nch      = 2.5024000e+16  	
 +lln      = 0.2000000      	lwn      = 1.0000000      	wln      = 1.0000000      	
 +wwn      = 1.0000000      	lint     = '-2.0600000e-08+dlint_n_zero_33' 	ll       = 5.4366300e-09  	
 +lw       = 2.0000000e-14  	lwl      = 0.00           	wint     = '8.3950000e-08+dwint_n_zero_33'  	
 +wl       = 0.00           	ww       = -3.5000000e-14 	wwl      = 0.00           	
 +mobmod   = 2              	binunit  = 2              	xl       = 0              	
 +xw       = 0              	
 +dwg      = 0.00           	dwb      = 6.0000000e-09  	
 +vth0     = '6.2318000e-02+dvth0_n_zero_33'  	k1       = 0.2505087      	k2       = 3.0312719e-02  	
 +k3       = -3.2163260     	dvt0     = 2.8485200      	dvt1     = 0.9155145      	
 +dvt2     = -3.6156200e-02 	dvt0w    = -0.5000000     	dvt1w    = 1.0000000e+06  	
 +dvt2w    = -7.2127000e-02 	nlx      = 8.0000000e-08  	w0       = 0.00           	
 +k3b      = 1.4614233e-02  	           	
 +vsat     = 1.2112400e+05  	pvsat    = 3.8005000e-09  	ua       = 6.3300000e-11  	
 +ub       = 1.7016443e-18  	wub      = -2.5050000e-25 	uc       = -9.7855250e-11 	
 +rdsw     = 5.6414910e+02  	prwb     = -8.9352830e-03 	prwg     = -1.6772246e-02 	
 +wr       = 0.9314115      	u0       = 4.3425860e-02  	a0       = 1.5000000      	
 +keta     = -1.8150601e-02 	lketa    = 1.0005000e-08  	a1       = -8.3286230e-02 	
 +a2       = 0.9917943      	ags      = 0.3115282      	b0       = 0.00           	
 +b1       = 0.00           	
 +voff     = -0.2186260     	nfactor  = 1.0579700      	cit      = -1.2551600e-04 	
 +cdsc     = 1.3512136e-03  	cdscb    = 0.00           	cdscd    = 0.00           	
 +eta0     = 2.5119600e-03  	etab     = 0.00           	dsub     = 0.2000000      	
 +pclm     = 2.6817601      	pdiblc1  = 0.2000000      	pdiblc2  = 1.0000000e-03  	
 +pdiblcb  = 0.2012542      	drout    = 0.5600000      	pscbe1   = 2.5877456e+08  	
 +pscbe2   = 1.7413988e-07  	pvag     = 1.5000000      	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.2100000     	kt2      = 2.2000000e-02  	at       = 3.3000000e+04  	
 +ute      = -0.9198974     	ua1      = 9.9095510e-10  	ub1      = -2.7372970e-18 	
 +uc1      = -2.2149076e-11 	kt1l     = 0.00           	prt      = 3.0000000e+02  	
 +cj       = 0.001757       	mj       = 0.329          	pb       = 0.689          	
 +cjsw     = 1.57e-10       	mjsw     = 0.305          	php     = 1.25           	
 +cta      = 0.00517        	ctp      = 0.00074        	pta      = -0.00591       	
 +ptp      = 0.00482        	js       = 1.00e-04       	jsw      = 0.00           	
 +cgdo     = '1.0e-10+dcgdo_n_zero_33'        	cjgate   = 2.04e-10
 +cgso     = '1.0e-10+dcgso_n_zero_33'        	cgbo     = 0.0          	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.362e-10          	
 +dwc      = 8.395e-08      	tlevc    = 1             	
 +acm      = 3                  hdif     = 3.2e-7               rsh      = 8   

  
 .endl mos_18
 .lib 'cic018.l' bjt
 ******************************************************************************************
 *                  0.18um mixed mode vertical pnp model            *
 ******************************************************************************************
 .model pnp_v50x50 pnp
 +level  = 1                  
 + is = 5.65e-18 	bf = 1.38 	      	nf = 1.054 
 + vaf = 788 		ikf = 0.0021 		ise = 1e-20 
 + ne = 1.049 		br = 0.000135 		nr = 1.02 
 + var = 55 	      	ikr = 0.0021 		isc = 1.05e-12 
 + nc = 1.45 		rb = 268 	      	irb = 2.3e-05 
 + rbm = 59.48 		re = 0.001 	      	rc = 0.22 
 + tlevc = 1 		xtb = 1.48 	      	eg = 1.27 
 + xti = 2.38 		trb1 = 0.0038 		cje = 2.85e-14 
 + vje = 0.762 		mje = 0.405 		cjc = 2.81e-14 
 + vjc = 0.458 		mjc = 0.75 	          	fc = 0.5
 + trm1= 0.0035           
 *                                                          


 ******************************************************************************************
 *                  0.18um mixed mode vertical pnp model             *
 ******************************************************************************************
 .model pnp_v100x100 pnp
 +level  = 1                  
 + is = 2.8e-17 	      bf = 1.37 			nf = 1.056 
 + vaf = 785 		ikf = 0.005 		ise = 1.2e-18 
 + ne = 1.049 		br = 0.00063 		nr = 1.06 
 + var = 55 		      ikr = 0.027 		isc = 1.95e-12 
 + nc = 1.44 		rb = 66.4 		      irb = 1e-06 
 + rbm = 59.48 		re = 0.001 		      rc = 0.22 
 + tlevc = 1 		xtb = 1.298 		eg = 1.27 
 + xti = 1.98 		trb1 = 0.004 		tre1 = 0.001 
 + cje = 1.24e-13   	vje = 0.762 		mje = 0.395 
 + cjc = 4.81e-14 	      vjc = 0.458 		mjc = 0.75 
 + fc = 0.5                    trm1 = 0.004 

 .endl bjt
 .lib 'cic018.l' diode
 *******************************************************************************************
 *                          0.18um mixedmode n+/pwell diode model                         *
 ******************************************************************************************
 .model dn d
 + level = 3 		area = 8e-09 		pj = 0.00035 
 + is = 2.92e-07 	      jsw = 3.33e-13 		n = 1.03 
 + rs = 4e-08 		ik = 2.35e+04 		ikr = 1230 
 + bv = 9.22 		ibv = 1e-3		      tref = 27 
 + tlev = 1 		      eg = 1.2	      	xti = 3.0 
 + trs = 1e-06 		cj = 0.00119 		mj = 0.515
 + ctp = 0.000914        tphp      = 0.000924
 + cta = 0.000919        tpb      = 0.00158 
 + pb = 0.79 		cjsw = 1.6e-10 		mjsw = 0.381 
 + php = 0.705           tlevc = 1

 ******************************************************************************************
 *                          0.18um mixedmode p+/nwell diode model                         *
 ******************************************************************************************
 .model dp d
 + level = 3 		area = 8e-09 		pj = 0.00035 
 + is = 1.27e-07      	jsw = 2.2e-13 		n = 1.01 
 + rs = 3.25e-08 	ik = 3.65e+04 		ikr = 1270 
 + bv = 9.21 		ibv = 1e-3 		tref = 27 
 + tlev = 1 		      eg = 1.27 		xti = 3 
 + trs = 0.00049 	      cj = 0.00114 		mj = 0.395
 + cta  = 0.001              ctp      = 7.53e-04         tpb      = 1.55e-03
 + tphp  = 1.24e-03 
 + pb = 0.762 		cjsw = 1.74e-10 	mjsw = 0.324 
 + php = 0.665           tlevc = 1
 *
 .endl diode
 .lib 'cic018.l' res

 **************************************************************************************************************** 
 *             non salicide n+ poly resistor subcircuit netlist for typical case                                * 
 **************************************************************************************************************** 
 .subckt rnnpo n2 n1 pw
 .param rend='17e-6+drend_rnnpo'  rs='113+drs_rnnpo'  dw='-0.097e-6+ddw_rnnpo'  
 .param vcr1=-0.00376e-6  vcr2=-0.08474e-12  tc1=-1.6e-4  tc2=4.18e-7  temp= 'temper'  wr=1  lr=1
 .param tcoef = '1.0+tc1*(temp-25.0)+tc2*pow((temp-25.0),2)'  
 +ca   = 9.0755e-5

 c1 pw n1 'ca*(wr+dw)*lr/2'
 r1 n2 n1 '((2*rend/(wr+dw))+(rs*lr/(wr+dw)))*(1.0+vcr1*abs(v(n1,n2)/lr)+vcr2*pow(abs(v(n1,n2))/lr,2))*tcoef'
 c2 pw n2 'ca*(wr+dw)*lr/2'  

 .ends rnnpo


 ****************************************************************************************************************  
 *             non salicide p+ poly resistor subcircuit netlist for typical case                                * 
 **************************************************************************************************************** 
 .subckt rnppo n2 n1 nw
 .param rend='105e-6+drend_rnppo' rs='352+drs_rnppo' dw='-0.046e-6+ddw_rnppo' 
 .param vcr1=-0.0106e-6   vcr2=-0.205e-12  tc1=-2.84e-4  tc2=3e-7  temp= 'temper'  wr=1  lr=1
 .param tcoef = '1.0+tc1*(temp-25.0)+tc2*pow((temp-25.0),2)'    
 +ca   = 9.0755e-5

 c1 n1 nw 'ca*(wr+dw)*lr/2'
 r1 n2 n1 '((2*rend/(wr+dw))+(rs*lr/(wr+dw)))*(1.0+vcr1*abs(v(n1,n2)/lr)+vcr2*pow(abs(v(n1,n2))/lr,2))*tcoef'
 c2 n2 nw 'ca*(wr+dw)*lr/2'  

 .ends rnppo


 ****************************************************************************************************************  
 *             non salicide hr poly resistor subcircuit netlist for typical case                                * 
 **************************************************************************************************************** 
 .subckt rnhr1000 n2 n1 nw 
 .param rend='120e-6+drend_rnhr1000' rs='1039+drs_rnhr1000' dw='-0.043e-6+ddw_rnhr1000'
 .param vcr1=-0.035e-6   vcr2=-0.25e-12  tc1=-8.34e-4  tc2=1.3e-6  temp= 'temper'  wr=1  lr=1
 .param tcoef = '1.0+tc1*(temp-25.0)+tc2*pow((temp-25.0),2)'    
 +ca   = 9.0755e-5

 c1 n1 nw 'ca*(wr+dw)*lr/2'
 r1 n2 n1 '((2*rend/(wr+dw))+(rs*(lr-0.4e-6)/(wr+dw)))*(1.0+vcr1*abs(v(n1,n2)/lr)+vcr2*pow(abs(v(n1,n2))/lr,2))*tcoef'
 c2 n2 nw 'ca*(wr+dw)*lr/2'

 .ends rnhr1000

 .endl res
 .lib 'cic018.l' cap
 *
 *     #########################################
 *     #                                       #
 *     #  0.18um rfcmos mim_sh hspice model    #
 *     #                                       #  
 *     #########################################
 *
 .subckt mimcaps 1 2 nx=1 ny=1 l=20e-6 w=20e-6 

 **********************************************
 .param dt='temper-25'
 .param leb='ny*(l+1.7e-6)+4.3e-6'        
 .param wb='nx*(w+1.7e-6)+4.3e-6'
 .param cn='0.001'
 .param cox='5.4478e-6'
 .param n='nx*ny'
 .param cs='n*(l*w*cn+1.5e-10*(l+w))*(1+3e-5*dt+1e-8*dt*dt)'
 .param cox1='(leb*wb*cox+3.382e-11*(leb+wb))/2'
 .param cox2= 'cox1'
 .param rs='2.0667e-2*leb/wb'
 .param k='wb/(wb+2*(1e-4-wb/2-3.25e-5))'
 .param k1='sqrt(1-k*k)'
 .param f='1/(log(2*(1+sqrt(k1))/(1-sqrt(k1))))'
 .param ls='1e-7*leb/f*(0.0074*(leb/wb)+0.2399+0.7363/(leb/wb))'
 * --------- equivalent network -------------------
 *
 c 1 11 'cs*(1.0027-0.0002*v(2,1)+3e-5*v(2,1)*v(2,1))'
 l 11 12 ls
 r 12 2 rs
 *c1 11 999 cox1
 *c2 2 999 cox2
 *
 .ends
 .endl cap
 .endl ff
 .alter
 $ alter processing continues $
  **warning** (cic018.l:234) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:234) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:235) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:235) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:239) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:240) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:243) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:243) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:247) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:248) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead


 **warning**  the accurate option increases  the cpu time but the results
                are more accurate.
 ***accurate option sets default value of the options: 
 lvltim= 4         dvdt= 3       relvar= 200.00m absvar= 200.00m
     ft= 200.00m relmos=  10.00m
 (used for FFT control ) fft_accurate= 1
1****** HSPICE -- B-2008.09-SP1 32-BIT (Nov 24 2008) linux ******               
 ******  
 ac response

  ******  circuit name directory
 circuit number to circuit name directory
   number circuitname                     definition         multiplier
        0 main circuit
        1 xop.                            aicopamp           1.00 


  **warning**  in element=  1:ccm2r            defined in subckt aicopamp        
     capacitance =    0.00     <= 0 farad, please verify it.


 ***************************************************************************
 ***        model parameters  model name:   0:n_18.1   model type:nmos   ***
 ***************************************************************************

   *** general parameters ***
    deriv=   0.           

   ***  level 49  model parameters  ***

      hspver=    2006.03               level=         49         
     version=        3.2            paramchk=          0         
      apwarn=          1                lite=          0         
      vgslim=          0             binUnit=          1         
      capMod=          2               xpart=          1         
      mobMod=          1              nqsMod=          0         
      stiMod=          0                 elm=          5         
    sfvtflag=          0                 tox=   4.08e-09 meter   
          xj=    1.6e-07 meter       binflag=          0         
        lmin=    1.8e-07 meter          lmax=      5e-05 meter   
        wmin=    2.5e-07 meter          wmax=     0.0001 meter   
        lref=          0 meter          wref=          0 meter   
        lint=  1.587e-08 meter          wint=  1.022e-08 meter   
       lmult=          1               wmult=          1         
          ll= -1.062e-15                 lln=          1         
          lw=  2.996e-15                 lwn=          1         
         lwl=          0                  wl=          0         
         wln=          1                  ww=  7.262e-16         
         wwn=          1                 wwl=          0         
         dwg= -3.396e-09 m/V             dwb=  1.346e-09 m/V^1/2 
          xl=  -2.31e-08                  xw=    2.2e-08         
          a0=       1.93                 ags=     0.5072 V^-1    
          b0=  1.486e-06 meter            b1=  9.064e-06 meter   
        keta=    0.01752 V^-1           voff=    -0.1088 V       
       ngate=      1e+23 cm^-3           vbx=          0 V       
         vbm=         -3 V                xt=   1.55e-07 meter   
        vth0=      0.295 V               nch= 3.7446e+17 cm^-3   
        nsub=      6e+16 cm^-3           nlx=  4.279e-07 meter   
      gamma1=          0 V^-1/2       gamma2=          0 V^-1/2  
          k1=     0.4578 V^1/2            k2=   -0.02638         
          k3=     -10.88                 k3b=     0.2379 V^-1    
          w0= -8.813e-08 meter          dvt0=     0.4042         
        dvt1=     0.3237                dvt2=    -0.8602 V^-1    
       dvt0w=      0.383 meter^-1      dvt1w=     600000 meter^-1
       dvt2w=     -0.025 V^-1           dsub=   0.001592         
        eta0=   0.001004                etab=  -0.001459 V^-1    
          u0=      336.1 cm^2/V/sec         ua= -9.201e-10 m/V     
          ub=  1.907e-18 (m/V)^2          uc=  4.355e-11 V^-1    
        vsat=      72580 m/sec            a1=          0 v^-1    
          a2=          1               delta=       0.01 V       
        rdsw=      4.905 ohm-um         prwg=          0 V^-1    
        prwb=          0 V^-1/2           wr=          1         
        pclm=      1.091             pdiblc1=   0.003061         
     pdiblc2=      1e-06             pdiblcb=          0 V^-1    
      pscbe1=  4.866e+08 V/m          pscbe2=    2.8e-07 V/m     
       drout=   0.001592                pvag=    -0.2958         
     nfactor=      1.038                cdsc=   0.002275 f/m^2   
       cdscb=  0.0008241 f/V/m^2       cdscd=    -0.0005 f/V/m^2 
         cit=  -0.001511 f/m^2        alpha0=          0 m/V     
       beta0=         30 V               dlc=      4e-08 meter   
         dwc=          0 meter           clc=      1e-07 meter   
         cle=        0.6                cgso=  2.575e-10 f/m     
        cgdo=  2.575e-10 f/m            cgbo=          0 f/m     
        cgsl=          0 f/m            cgdl=          0 f/m     
      ckappa=        0.6                  cf=  1.533e-10 f/m     
        acde=          1 m/V            moin=         15 V^1/2   
        toxm=    4.2e-09 m            dtoxcv=          0 m       
         vfb (not used)                alpha1=          0 1/V     
        ijth=          0 A              noff=          1         
      voffcv=          0                 tcj=          0 1/K     
       tcjsw=          0 1/K          tcjswg=          0 1/K     
         tpb=          0 V/K           tpbsw=          0 V/K     
      tpbswg=          0 V/K             llc=  -6.64e-15         
         lwc=          0                lwlc=          0         
         wlc=          0                 wwc=          0         
        wwlc=          0                tnom=     298.15 K       
         kt1=    -0.2255 V              kt1l= -4.275e-09         
         kt2=   -0.02527                 ute=     -1.186         
         ua1=  2.253e-09 m/V             ub1= -2.673e-18 (m/V)^2 
         uc1= -3.832e-11 m/V^2            at=      14490 m/s     
         prt=     -10.18         
         using Berkeley noise model       noiMod=          1         
        noia=      1e+20                noib=      50000         
        noic=   -1.4e-12                  em=    4.2e+07         
          ef=          1                  af=          1         
          kf=      1e-29              gdsnoi=-1.23457e-29         
         using Hspice diodes            using ACM 
         acm=         3                 hdif=   2.6e-07 meter    
        ldif=     8e-08 meter             js=     1e-06 amp/m^2  
         jsw=     7e-11 amp/m            xti=         3          
           n=         1                   cj=  0.000907 f/m^2    
          mj=     0.443                   pb=     0.823 V        
        cjsw= 1.216e-10 f/m             mjsw=      0.33          
         php=      0.88 V               pbsw (not used)           
      cjgate=  4.48e-10 f/m            cjswg (not used)           
       mjswg (not used)                 pbswg (not used)           
         la0=    -0.4667                lags=     0.3028         
       lketa=   -0.01942               lvoff=  -0.004208         
       lvth0=   -0.00172                lnlx= -2.854e-08         
       leta0=   0.001574            lpdiblc2=  -0.004752         
         wa0=   -0.04731                wags=   0.004242         
       wvoff= -0.0004078               wvth0=    0.04817         
         wu0=       2.74                 wua=  -1.88e-11         
       wvsat=       5066                wute=    0.06373         
         wat=       7067                 pa0=   -0.02649         
       pvoff= -0.0003788               pvth0=    0.00062         
         pw0=    1.3e-09                 pub=    3.8e-20         
       pvsat=        -82         
 ***************************************************************************
 ***        model parameters  model name:   0:p_18.1   model type:pmos   ***
 ***************************************************************************

   *** general parameters ***
    deriv=   0.           

   ***  level 49  model parameters  ***

      hspver=    2006.03               level=         49         
     version=        3.2            paramchk=          0         
      apwarn=          1                lite=          0         
      vgslim=          0             binUnit=          1         
      capMod=          2               xpart=          1         
      mobMod=          3              nqsMod=          0         
      stiMod=          0                 elm=          5         
    sfvtflag=          0                 tox=   4.05e-09 meter   
          xj=      1e-07 meter       binflag=          0         
        lmin=    1.8e-07 meter          lmax=      5e-05 meter   
        wmin=    2.5e-07 meter          wmax=     0.0001 meter   
        lref=          0 meter          wref=          0 meter   
        lint= -1.041e-08 meter          wint= -1.525e-07 meter   
       lmult=          1               wmult=          1         
          ll=  6.635e-15                 lln=          1         
          lw= -2.873e-16                 lwn=          1         
         lwl=          0                  wl=          0         
         wln=          1                  ww=  1.236e-14         
         wwn=          1                 wwl=          0         
         dwg= -1.251e-07 m/V             dwb= -1.039e-07 m/V^1/2 
          xl=  -1.05e-08                  xw=    1.5e-08         
          a0=       1.35                 ags=     0.3818 V^-1    
          b0= -3.088e-07 meter            b1=          0 meter   
        keta=    0.01044 V^-1           voff=    -0.1073 V       
       ngate=      1e+23 cm^-3           vbx=          0 V       
         vbm=         -3 V                xt=   1.55e-07 meter   
        vth0=    -0.4405 V               nch=  6.231e+17 cm^-3   
        nsub=      6e+16 cm^-3           nlx=   2.53e-07 meter   
      gamma1=          0 V^-1/2       gamma2=          0 V^-1/2  
          k1=     0.5704 V^1/2            k2=   0.006973         
          k3=     -2.833                 k3b=      1.326 V^-1    
          w0= -1.943e-07 meter          dvt0=     0.4885         
        dvt1=    0.07578                dvt2=     0.1187 V^-1    
       dvt0w=    -0.1261 meter^-1      dvt1w=      24790 meter^-1
       dvt2w=     0.6915 V^-1           dsub=     1.9191         
        eta0=      1.071                etab=    -0.9291 V^-1    
          u0=        128 cm^2/V/sec         ua=   1.54e-09 m/V     
          ub=  2.646e-19 (m/V)^2          uc=   -0.09587 V^-1    
        vsat=      53400 m/sec            a1=          0 v^-1    
          a2=          1               delta=       0.01 V       
        rdsw=      792.1 ohm-um         prwg=          0 V^-1    
        prwb=          0 V^-1/2           wr=          1         
        pclm=      2.653             pdiblc1=          0         
     pdiblc2=      5e-06             pdiblcb=          0 V^-1    
      pscbe1=  4.866e+08 V/m          pscbe2=    2.8e-07 V/m     
       drout=      1.457                pvag=      1.262         
     nfactor=      1.535                cdsc=  0.0007578 f/m^2   
       cdscb=     0.0001 f/V/m^2       cdscd= -2.883e-05 f/V/m^2 
         cit=  -0.001067 f/m^2        alpha0=          0 m/V     
       beta0=         30 V               dlc=   7.01e-08 meter   
         dwc=          0 meter           clc=      1e-07 meter   
         cle=        0.6                cgso= 2.3094e-10 f/m     
        cgdo= 2.3094e-10 f/m            cgbo=          0 f/m     
        cgsl=          0 f/m            cgdl=          0 f/m     
      ckappa=        0.6                  cf=  1.533e-10 f/m     
        acde=          1 m/V            moin=         15 V^1/2   
        toxm=    4.2e-09 m            dtoxcv=          0 m       
         vfb (not used)                alpha1=          0 1/V     
        ijth=          0 A              noff=          1         
      voffcv=          0                 tcj=          0 1/K     
       tcjsw=          0 1/K          tcjswg=          0 1/K     
         tpb=          0 V/K           tpbsw=          0 V/K     
      tpbswg=          0 V/K             llc=  -1.31e-14         
         lwc=          0                lwlc=          0         
         wlc=          0                 wwc=          0         
        wwlc=          0                tnom=     298.15 K       
         kt1=    -0.2294 V              kt1l= -8.204e-09         
         kt2=  -0.009487                 ute=    -0.4484         
         ua1=  4.571e-09 m/V             ub1= -6.026e-18 (m/V)^2 
         uc1=    -0.0985 m/V^2            at=      12030 m/s     
         prt=          0         
         using Berkeley noise model       noiMod=          1         
        noia=      1e+20                noib=      50000         
        noic=   -1.4e-12                  em=    4.2e+07         
          ef=          1                  af=          1         
          kf=      1e-29              gdsnoi=-1.23457e-29         
         using Hspice diodes            using ACM 
         acm=         3                 hdif=   2.6e-07 meter    
        ldif=     8e-08 meter             js=     3e-06 amp/m^2  
         jsw=  4.22e-11 amp/m            xti=         3          
           n=         1                   cj=  0.001086 f/m^2    
          mj=     0.395                   pb=     0.762 V        
        cjsw= 1.586e-10 f/m             mjsw=     0.324          
         php=     0.665 V               pbsw (not used)           
      cjgate= 1.586e-10 f/m            cjswg (not used)           
       mjswg (not used)                 pbswg (not used)           
         la0=     -0.281                lags=    0.04454         
       lketa=     -0.012               lvoff= -0.0009871         
       lvth0=     0.0029                lnlx= -1.584e-08         
         lua= -8.253e-11            lpdiblc2=   0.003012         
         wa0=   -0.04807                wags=   -0.04277         
       wvoff=  -0.009816               wvth0=    -0.0063         
         wua=   2.63e-09               wvsat=     -14200         
       wrdsw=      10.07                wute=    -0.2682         
         wat=      -6405                wprt=      226.6         
         pa0=    0.08661                pags=   -0.04076         
       pvoff= -9.833e-05               pvth0=   0.003215         
         pua=  5.855e-11               pvsat=       -459         
 
      
  Opening plot unit= 15
 file=11_ac.pa1                                                                


 **diagnostic** dc convergence failure, 
 resetting dcon option to 1 and retrying

 **diagnostic** dc convergence successful
 you can increase the efficiency of the
 operating point calculation by setting dcon= 1
 in the .option statement
1****** HSPICE -- B-2008.09-SP1 32-BIT (Nov 24 2008) linux ******               
 ******  
 ac response

  ******  operating point information tnom=  25.000 temp=  25.000 *****
 ***** operating point status is all       simulation time is     0.     
    node    =voltage      node    =voltage      node    =voltage

 +0:iref    = 455.2851m 0:vdd     =   1.8000  0:vinn    = 900.0000m
 +0:vinp    = 900.0000m 0:vocm    = 900.0000m 0:von     =   1.0836 
 +0:vop     =   1.0836  0:vss     =   0.      1:net102  = 462.6038m
 +1:net102r = 462.6038m 1:net110  = 462.6038m 1:net110r = 462.6038m
 +1:net15   =   1.3275  1:net28   =   1.3518  1:net32   =   1.3275 
 +1:net34   = 885.1066m 1:net34r  = 885.1064m 1:net36   =   1.2891 
 +1:net39   = 416.7382m 1:net47   = 888.0264m 1:net9    =   1.3237 
 +1:vb1     = 679.8640m 1:vcmc    =   1.0090  1:vcmcb   =   1.1700 
 +1:vol     = 462.6038m 1:vol2    = 673.1923m 1:vor     = 462.6038m
 +1:vor2    = 673.1924m


 ****  voltage sources

 subckt                                                         
 element  0:vdd      0:vgnd     0:vocm     0:vinp     0:vinn    
  volts      1.8000     0.       900.0000m  900.0000m  900.0000m
  current -833.2068u  685.9375u   38.9113u    0.         0.     
  power      1.4998m    0.       -35.0202u    0.         0.     

     total voltage source power dissipation=    1.4648m       watts



 ***** current sources

 subckt             
 element  0:iref    
  volts      1.3447 
  current    1.9686u
  power     -2.6472u


     total current source power dissipation=  -2.6472u       watts

 **** resistors

 subckt                         xop        xop        xop        xop       
 element  0:rload1   0:rload2   1:rr1      1:rr0      1:rr2      1:rp2r    
  r value   20.0000k   20.0000k   20.0000k   20.0000k   10.0000k   10.0000u
  v drop     1.0836     1.0836  -240.0884m -240.0893m -389.1128m    0.     
  current   54.1791u   54.1790u  -12.0044u  -12.0045u  -38.9113u    0.     
  power     58.7074u   58.7073u    2.8821u    2.8821u   15.1409u    0.     

 subckt   xop        xop        xop       
 element  1:rp2      1:rp1r     1:rp1     
  r value   10.0000u   30.0000k   30.0000k
  v drop     0.       -55.5112a  -55.5112a
  current    0.      -1.850e-21 -1.850e-21
  power      0.         0.         0.     



 **** mosfets


 subckt   xop        xop        xop        xop        xop        xop       
 element  1:mm13     1:mm12     1:mm11     1:mm15_r   1:mm15     1:mm14    
 model    0:n_18.1   0:n_18.1   0:n_18.1   0:p_18.1   0:p_18.1   0:p_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati   Saturati
  id        48.8730u   48.8730u   97.7460u  -16.0538u  -16.0538u  -64.9270u
  ibs       -3.0187f   -3.0187f -2.882e-20  2.189e-21  2.189e-21  7.876e-21
  ibd       -9.6161f   -9.6161f   -3.0186f  685.3630a  685.3630a  498.4101a
  vgs      483.2618m  483.2618m  455.2851m -647.6778m -647.6778m -790.9699m
  vds      910.8036m  910.8036m  416.7382m -864.9381m -864.9381m -472.4581m
  vbs     -416.7382m -416.7382m    0.         0.         0.         0.     
  vth      482.9245m  482.9245m  363.8979m -464.0634m -464.0634m -461.4554m
  vdsat     73.0930m   73.0930m  112.6349m -189.5456m -189.5456m -304.8200m
  vod      337.3097u  337.3097u   91.3871m -183.6144m -183.6144m -329.5145m
  beta      36.5003m   36.5003m   17.1315m  888.3388u  888.3388u    1.2909m
  gam eff  518.0057m  518.0057m  507.4460m  557.0846m  557.0846m  557.0846m
  gm         1.0278m    1.0278m    1.4240m  146.4759u  146.4759u  345.3235u
  gds       16.1404u   16.1404u   17.9916u  663.5061n  663.5061n    6.3153u
  gmb      141.7299u  141.7299u  280.3567u   42.6850u   42.6850u  104.4153u
  cdtot     62.8982f   62.8982f   72.7315f   13.4163f   13.4163f   22.2064f
  cgtot    130.9000f  130.9000f  351.6890f   80.7444f   80.7444f  121.7599f
  cstot    143.5046f  143.5046f  388.6394f   93.0608f   93.0608f  139.3865f
  cbtot    124.7877f  124.7877f  192.4348f   43.1696f   43.1696f   64.5795f
  cgs       87.8942f   87.8942f  303.4628f   70.2045f   70.2045f  106.5898f
  cgd       20.1439f   20.1439f   19.4099f    4.6572f    4.6572f    7.4374f



 subckt   xop        xop        xop        xop        xop        xop       
 element  1:mm14_r   1:mm16_r   1:mm16     1:mm22_r   1:mm21_r   1:mm22    
 model    0:p_18.1   0:n_18.1   0:n_18.1   0:n_18.1   0:p_18.1   0:n_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati   Saturati
  id       -64.9270u   16.0538u   16.0538u   25.3604u  -25.3603u   25.3604u
  ibs      7.876e-21 -3.557e-21 -3.557e-21 -1.108e-20  6.073e-21 -1.108e-20
  ibd      498.4101a -398.5600a -398.5600a   -1.4758f    1.5956f   -1.4758f
  vgs     -790.9699m  455.2851m  455.2851m  462.6038m -629.9564m  462.6038m
  vds     -472.4581m  462.6038m  462.6038m  673.1924m   -1.1268   673.1923m
  vbs        0.         0.         0.         0.         0.         0.     
  vth     -461.4554m  361.4250m  361.4250m  412.6320m -487.0455m  412.6320m
  vdsat   -304.8200m  113.7591m  113.7591m   97.1867m -173.8582m   97.1867m
  vod     -329.5145m   93.8601m   93.8601m   49.9718m -142.9109m   49.9718m
  beta       1.2909m    2.7179m    2.7179m    7.4020m    1.8252m    7.4020m
  gam eff  557.0846m  507.4460m  507.4460m  507.4461m  557.0846m  507.4461m
  gm       345.3235u  231.0684u  231.0684u  436.3877u  270.0476u  436.3877u
  gds        6.3153u    2.8202u    2.8202u    6.7663u    1.7132u    6.7663u
  gmb      104.4153u   45.4864u   45.4864u   79.0617u   76.5408u   79.0617u
  cdtot     22.2064f   10.9554f   10.9554f   15.0990f   14.8058f   15.0990f
  cgtot    121.7599f   55.7976f   55.7976f   35.5406f   42.6522f   35.5406f
  cstot    139.3865f   61.1797f   61.1797f   43.5307f   54.0964f   43.5307f
  cbtot     64.5795f   29.4126f   29.4126f   31.9978f   34.9025f   31.9978f
  cgs      106.5898f   48.2159f   48.2159f   27.7540f   34.8007f   27.7540f
  cgd        7.4374f    3.0639f    3.0639f    4.0289f    4.7280f    4.0289f



 subckt   xop        xop        xop        xop        xop        xop       
 element  1:mm21     1:mm34_r   1:mm32_r   1:mm31_r   1:mm33_r   1:mm34    
 model    0:p_18.1   0:n_18.1   0:n_18.1   0:p_18.1   0:p_18.1   0:n_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati   Saturati
  id       -25.3603u   84.3505u   63.7256u  -63.7256u -126.5253u   84.3505u
  ibs      6.073e-21 -3.684e-20 -2.783e-20  1.153e-20  1.725e-20 -3.684e-20
  ibd        1.5956f   -7.1263f -485.0611a  403.9341a  473.0500a   -7.1263f
  vgs     -629.9564m  462.6038m  673.1924m -914.8936m -914.8936m  462.6038m
  vds       -1.1268     1.0836   885.1064m -914.8936m -716.4190m    1.0836 
  vbs        0.         0.         0.         0.         0.         0.     
  vth     -487.0455m  407.0979m  409.7840m -487.5538m -482.6467m  407.0979m
  vdsat   -173.8582m  100.4394m  243.3372m -407.1965m -403.8053m  100.4394m
  vod     -142.9109m   55.5058m  263.4084m -427.3398m -432.2469m   55.5058m
  beta       1.8252m   22.2051m    1.8507m  705.9312u    1.4236m   22.2051m
  gam eff  557.0846m  507.4461m  507.4473m  557.0845m  557.0845m  507.4461m
  gm       270.0476u    1.4175m  414.9137u  256.4318u  497.3812u    1.4175m
  gds        1.7132u   20.2864u    7.6179u    5.0132u   13.6343u   20.2864u
  gmb       76.5408u  254.1067u   72.0310u   77.7031u  150.6061u  254.1066u
  cdtot     14.8058f   42.5623f    3.6515f    5.9061f   11.5197f   42.5623f
  cgtot     42.6522f  108.1535f    9.6575f   17.8193f   35.5243f  108.1535f
  cstot     54.0964f  132.5485f   11.9180f   22.0489f   42.9833f  132.5485f
  cbtot     34.9025f   93.3184f    7.8280f   13.5198f   25.7137f   93.3184f
  cgs       34.8007f   84.9637f    7.9171f   14.7684f   29.5303f   84.9637f
  cgd        4.7280f   12.0613f  997.6304a    1.9575f    3.9104f   12.0613f



 subckt   xop        xop        xop        xop        xop        xop       
 element  1:mm32     1:mm31     1:mm33     1:mm9fb    1:mm6fb    1:mm3fb   
 model    0:n_18.1   0:p_18.1   0:p_18.1   0:n_18.1   0:n_18.1   0:n_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati   Saturati
  id        63.7255u  -63.7255u -126.5251u   66.9770u   66.9770u   64.9512u
  ibs     -2.783e-20  1.153e-20  1.725e-20 -2.925e-20 -2.925e-20 -2.837e-20
  ibd     -485.0612a  403.9340a  473.0506a   -6.0830f   -6.0830f   -5.3536f
  vgs      673.1923m -914.8934m -914.8934m  455.2851m  455.2851m  455.2851m
  vds      885.1066m -914.8934m -716.4199m    1.0090     1.0090   888.0264m
  vbs        0.         0.         0.         0.         0.         0.     
  vth      409.7840m -487.5538m -482.6467m  408.1031m  408.1031m  409.7348m
  vdsat    243.3371m -407.1963m -403.8051m   95.5562m   95.5562m   94.6252m
  vod      263.4083m -427.3396m -432.2467m   47.1820m   47.1820m   45.5502m
  beta       1.8507m  705.9313u    1.4236m   20.3516m   20.3516m   20.3520m
  gam eff  507.4473m  557.0845m  557.0845m  507.4461m  507.4461m  507.4460m
  gm       414.9135u  256.4317u  497.3811u    1.1682m    1.1682m    1.1406m
  gds        7.6178u    5.0132u   13.6343u   16.8053u   16.8053u   16.6950u
  gmb       72.0309u   77.7031u  150.6061u  210.1504u  210.1504u  205.8265u
  cdtot      3.6515f    5.9061f   11.5197f   39.4120f   39.4120f   40.1057f
  cgtot      9.6575f   17.8193f   35.5243f   96.9607f   96.9607f   96.4696f
  cstot     11.9180f   22.0489f   42.9833f  118.6301f  118.6301f  118.0029f
  cbtot      7.8280f   13.5198f   25.7137f   85.9231f   85.9231f   86.6005f
  cgs        7.9171f   14.7684f   29.5303f   75.2698f   75.2698f   74.7170f
  cgd      997.6304a    1.9575f    3.9104f   11.0863f   11.0863f   11.0936f



 subckt   xop        xop        xop        xop        xop        xop       
 element  1:mm8fb    1:mm7fb    1:mm5fb    1:mm2fb    1:mm1fb    1:mm4fb   
 model    0:p_18.1   0:p_18.1   0:p_18.1   0:p_18.1   0:p_18.1   0:p_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati   Saturati
  id       -83.2320u  -83.2321u  -50.7221u  -64.9512u  -88.9602u  -89.6334u
  ibs      2.233e-20  1.993e-20  1.215e-20  1.742e-20  2.130e-20  2.146e-20
  ibd        1.2522f  634.6345a    1.0906f    1.5915f  404.6715a  434.0307a
  vgs     -671.9362m -790.9699m -609.2488m -643.8054m -911.9736m -911.9736m
  vds     -342.7702m -448.1997m -280.0827m -435.6430m -476.3306m -510.8872m
  vbs        0.         0.         0.         0.         0.         0.     
  vth     -485.7149m -487.0482m -487.0452m -485.7145m -487.0512m -487.0512m
  vdsat   -211.3116m -309.6186m -157.3428m -187.8295m -412.2710m -412.2710m
  vod     -186.2214m -303.9217m -122.2036m -158.0909m -424.9224m -424.9223m
  beta       4.1715m    1.7625m    5.0417m    4.1956m    1.0321m    1.0321m
  gam eff  557.0846m  557.0846m  557.0846m  557.0846m  557.0845m  557.0845m
  gm       729.0580u  469.7011u  591.8787u  645.5785u  352.9872u  358.9096u
  gds       16.2237u   14.4053u   10.9666u    8.7477u   21.8960u   17.4688u
  gmb      207.4216u  137.7999u  166.6559u  182.6978u  106.5162u  108.1643u
  cdtot     41.2436f   16.9709f   48.3635f   39.8391f   10.3559f   10.1555f
  cgtot     99.0966f   43.1825f  116.9234f   98.5270f   25.9696f   25.9260f
  cstot    126.8135f   54.6531f  147.2181f  126.3827f   32.8025f   32.8030f
  cbtot     88.2890f   36.5996f  102.9263f   87.4182f   21.8467f   21.7678f
  cgs       80.9514f   35.4695f   94.8436f   80.3979f   21.3236f   21.3235f
  cgd       11.2083f    4.8796f   13.3408f   10.9852f    3.0262f    2.9722f



 subckt   xop        xop        xop        xop        xop       
 element  1:mm7b     1:mm3b     1:mm6b     1:mm2b     1:mm1b    
 model    0:p_18.1   0:n_18.1   0:p_18.1   0:n_18.1   0:n_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati
  id        -2.2038u    2.2038u   -6.1324u    6.1324u    1.9686u
  ibs      3.988e-22 -6.498e-22  1.777e-21 -1.808e-21 -5.804e-22
  ibd      111.2554a -169.5052a   71.6747a -295.4768a  -65.9572a
  vgs     -629.9564m  455.2851m   -1.1201   455.2851m  455.2851m
  vds     -629.9564m    1.1700    -1.1201   679.8640m  455.2851m
  vbs        0.         0.         0.         0.         0.     
  vth     -470.1859m  358.1338m -470.7758m  361.8845m  363.6030m
  vdsat   -175.2449m  116.3917m -604.2889m  113.9412m  112.8259m
  vod     -159.7705m   97.1513m -649.3601m   93.4005m   91.6821m
  beta     151.8129u  342.5478u   30.7941u    1.0278m  342.6260u
  gam eff  557.0846m  507.4460m  557.0845m  507.4460m  507.4460m
  gm        22.2337u   30.9837u   17.0626u   88.2972u   28.6344u
  gds      117.1854n  327.1259n  235.8840n  984.8893n  350.4304n
  gmb        6.3933u    5.9873u    5.3316u   17.2713u    5.6321u
  cdtot      2.4789f    1.2820f  588.2308a    4.1330f    1.4410f
  cgtot     13.1048f    7.0543f    3.0224f   21.1142f    7.0336f
  cstot     15.3021f    7.8017f    3.6566f   23.3579f    7.7752f
  cbtot      7.5423f    3.6852f    1.8188f   11.3356f    3.8371f
  cgs       11.2878f    6.0805f    2.6273f   18.2144f    6.0691f
  cgd      784.6221a  384.4023a  178.5972a    1.1556f  387.2854a



 ***************************************************
   ******   pole/zero analysis  
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 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
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 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
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 **warning** underflow 1 time(s) in pole/zero analysis
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 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
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 **warning** underflow 1 time(s) in pole/zero analysis
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 **warning** underflow 1 time(s) in pole/zero analysis
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 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
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 **warning** underflow 1 time(s) in pole/zero analysis
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 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
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 **warning** underflow 1 time(s) in pole/zero analysis
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 **warning** underflow 1 time(s) in pole/zero analysis
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 **warning** underflow 1 time(s) in pole/zero analysis
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 **warning** underflow 1 time(s) in pole/zero analysis
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 **warning** underflow 1 time(s) in pole/zero analysis
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 **warning** underflow 1 time(s) in pole/zero analysis
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 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
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 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 
 
    input =  0:vinp          output = v(vop,von)
 
       poles (rad/sec)                 poles ( hertz)
 real            imag            real            imag            
 -50.9291k       0.              -8.10561k       0.              
 -1.43021x       0.              -227.625k       0.              
 -6.95027x       -19.3955x       -1.10617x       -3.08689x       
 -6.95027x       19.3955x        -1.10617x       3.08689x        
 -33.1073x       0.              -5.26919x       0.              
 -211.309x       -234.380x       -33.6309x       -37.3027x       
 -211.309x       234.380x        -33.6309x       37.3027x        
 -219.416x       0.              -34.9212x       0.              
 -727.022x       -1.28399g       -115.709x       -204.354x       
 -727.022x       1.28399g        -115.709x       204.354x        
 -999.059x       0.              -159.005x       0.              
 -1.08602g       1.06694g        -172.846x       169.809x        
 -1.08602g       -1.06694g       -172.846x       -169.809x       
 -1.16936g       0.              -186.110x       0.              
 -3.23293g       0.              -514.537x       0.              
 -4.23891g       1.92367g        -674.643x       306.161x        
 -4.23891g       -1.92367g       -674.643x       -306.161x       
 -4.78375g       0.              -761.357x       0.              
 -4.83524g       0.              -769.552x       0.              
 -5.03849g       0.              -801.900x       0.              
 -6.76999g       0.              -1.07748g       0.              
 
       zeros (rad/sec)                 zeros ( hertz)
 real            imag            real            imag            
 -6.85919x       -19.2866x       -1.09167x       -3.06956x       
 -6.89243x       19.3614x        -1.09696x       3.08147x        
 -31.0485x       0.              -4.94152x       0.              
 -33.4399x       0.              -5.32212x       0.              
 -194.472x       228.291x        -30.9512x       36.3336x        
 -217.528x       -220.573x       -34.6206x       -35.1053x       
 -219.176x       -652.358k       -34.8829x       -103.826k       
 -1.09326g       -1.08696g       -173.998x       -172.996x       
 -1.10874g       1.07794g        -176.461x       171.559x        
 -1.16330g       -70.8485k       -185.144x       -11.2759k       
 -2.79536g       4.60480g        -444.895x       732.876x        
 -2.79538g       -4.60478g       -444.898x       -732.874x       
 -3.60894g       -171.932k       -574.381x       -27.3638k       
 -3.77472g       1.64102g        -600.765x       261.177x        
 -3.77647g       -1.64029g       -601.044x       -261.060x       
 -4.83705g       -2.69785x       -769.840x       -429.376k       
 -5.02716g       136.888k        -800.098x       21.7864k        
 -8.66796g       -2.19837g       -1.37955g       -349.881x       
 -8.66828g       2.19856g        -1.37960g       349.912x        
 34.5769g        0.              5.50309g        0.              
 93.1553g        0.              14.8261g        0.              
 
  ***** constant factor = 10.7742n
 ******  
 ac response

  ******  ac analysis tnom=  25.000 temp=  25.000 *****
   dcgain_in_db=  9.9425E+01    at=  1.0000E+01
               from=  1.0000E+01    to=  1.0000E+09
   dcgain=  9.3597E+04    at=  1.0000E+01
               from=  1.0000E+01    to=  1.0000E+09
   unity_frequency=  3.4669E+07
   phase= -1.1861E+02
   phase_margin=  6.1391E+01

          ***** job concluded
1****** HSPICE -- B-2008.09-SP1 32-BIT (Nov 24 2008) linux ******               
 ******  
 ac response

  ******  job statistics summary tnom=  25.000 temp=  25.000 *****

  ******  HSPICE Threads Information  ******
  Command Line Threads Count:                      0
  Available CPU Count:                             8
  Actual Model Evaluation(Load) Threads Count:     1
  Actual Solver Threads Count:                     1


  ******  Circuit Statistics  ******
  # nodes       =      99  # elements   =      56
  # resistors   =       9  # capacitors =       6  # inductors   =       0
  # mutual_inds =       0  # vccs       =       0  # vcvs        =       0
  # cccs        =       0  # ccvs       =       0  # volt_srcs   =       5
  # curr_srcs   =       1  # diodes     =       0  # bjts        =       0
  # jfets       =       0  # mosfets    =      35  # U elements  =       0
  # T elements  =       0  # W elements =       0  # B elements  =       0
  # S elements  =       0  # P elements =       0  # va device   =       0


  ******  Runtime Statistics (seconds)  ******

  analysis           time    # points   tot. iter  conv.iter
  op point           0.07           1         241
  ac analysis        0.00          81          81
  readin             0.02
  errchk             0.00
  setup              0.00
  output             0.00


           total memory used          673  kbytes
           total cpu time            0.09 seconds
           total elapsed time        0.10 seconds
           job started at     22:16:26 06/25/2016
           job ended   at     22:16:26 06/25/2016


1****** HSPICE -- B-2008.09-SP1 32-BIT (Nov 24 2008) linux ******               
 ******  
 

  ******    alter processing listing tnom=  25.000 temp=  25.000 *****
 .lib 'cic018.l' ss
 .param
 *1.8v nmos 
 +  dtox_n_18   	=   1.7000e-10   	dxl_n_18       =   2.2000e-07                
 +  dxw_n_18     =  -2.0000e-08          dvth0_n_18     =   1.4500e-02                
 +  du0_n_18     =  -1.0000e+01          dlvth0_n_18    =   3.4000e-03
 +  dwvth0_n_18  =   1.2000e-02          dwu0_n_18      =  -4.5000e+00
 +  dpvth0_n_18  =  -1.0000e-03          dpvsat_n_18    =   1.4000e+02
 +  dcgdo_n_18   =  -2.500e-11           dcgso_n_18     =  -3.3500e-11                
 +  dcj_n_18     =   1.0300e-04          dcjsw_n_18     =   1.5000e-11                
 +  dcjgate_n_18 =   5.5500e-11 

 *1.8v pmos 
 +  dtox_p_18      =   1.0000e-10      	du0_p_18       =  -3.5600e+00 
 +  dxl_p_18       =   1.0000e-07        dxw_p_18       =  -2.0000e-08                
 +  dvth0_p_18     =  -1.4500e-02        dlvth0_p_18    =   0.0000e-00
 +  dwvth0_p_18    =  -1.5500e-02
 +  dpvth0_p_18    =   3.0000e-04        dpvsat_p_18    =   5.6900e+01
 +  dcgdo_p_18     =  -2.0000e-11                
 +  dcgso_p_18     =  -2.0000e-11        dcj_p_18       =   1.2400e-04                
 +  dcjsw_p_18     =   2.4000e-11        dcjgate_p_18   =   4.2000e-11   
  
 *1.8v nmos deep_nwell
 +  dtox_n_bpw_18      =   1.8000e-10    dxl_n_bpw_18       =   2.2000e-07                
 +  dxw_n_bpw_18       =  -2.0000e-08    dvth0_n_bpw_18     =   1.4500e-02                
 +  du0_n_bpw_18       =  -1.0000e+01    dlvth0_n_bpw_18    =   3.6000e-03
 +  dwvth0_n_bpw_18    =   1.2000e-02    dwu0_n_bpw_18      =  -4.5000e+00
 +  dpvth0_n_bpw_18    =  -1.0000e-03    dpvsat_n_bpw_18    =   1.4000e+02
 +  dcgdo_n_bpw_18     =  -2.5500e-11    dcgso_n_bpw_18     =  -2.3500e-11                
 +  dcj_n_bpw_18       =   1.0300e-04    dcjsw_n_bpw_18     =   1.3400e-11                
 +  dcjgate_n_bpw_18   =   4.9000e-11 

 *3.3v nmos 
 +dtox_n_33     = 5e-10     dlint_n_33    = -1.23e-8    dwint_n_33 = 9e-9
 +dvth0_n_33    = 0.06      dcgdo_n_33    = -2.7e-11    dcgso_n_33 = -2.7e-11


 *3.3v pmos
 +dtox_p_33     = 5e-10     dlint_p_33    = -1.3396e-8  dwint_p_33 = 3e-8 
 +dvth0_p_33    = -0.06     dcgdo_p_33    = -2.6e-11    dcgso_p_33 = -2.6e-11

 *3.3v nmos deep_nwell
 +dtox_n_bpw_33     = 5e-10 dlint_n_bpw_33= -1.33e-8    dwint_n_bpw_33= 7e-9
 +dvth0_n_bpw_33    = 0.06  dcgdo_n_bpw_33= -2.7e-11    dcgso_n_bpw_33= -2.6e-11

 *1.8v low vth nmos
 +dtox_n_lv_18     = 2.5e-10 	dlint_n_lv_18    = -2.43e-8 	dwint_n_lv_18     = 1e-8 
 +dvth0_n_lv_18    = 0.05   	dcgdo_n_lv_18    = -10*0.9    	dcgso_n_lv_18     = -10*0.9

 *1.8v low vth pmos
 +dtox_p_lv_18     = 2.5e-10 	dlint_p_lv_18    = -1.5e-8 	dwint_p_lv_18     = 1e-8 
 +dvth0_p_lv_18    = -0.05   	dcgdo_p_lv_18    = -10*0.9    	dcgso_p_lv_18     = -10*0.9

 *3.3v low vth nmos
 +dtox_n_lv_33     = 5e-10 	dlint_n_lv_33    = -3.93e-8 	dwint_n_lv_33     = 1e-8 
 +dvth0_n_lv_33    = 0.05   	dcgdo_n_lv_33    = -10*0.09    	dcgso_n_lv_33     = -10*0.09

 *3.3v low vth pmos
 +dtox_p_lv_33     = 5e-10 	dlint_p_lv_33    = -2.5e-8 	dwint_p_lv_33     = 1e-8 
 +dvth0_p_lv_33    = 0.05   	dcgdo_p_lv_33    = -10*0.9    	dcgso_p_lv_33     = -10*0.9

 *1.8v zero vt nmos 
 +dtox_n_zero_18  = 2.5e-10 dlint_n_zero_18  = -4.95e-8 dwint_n_zero_18 = 1.5e-8
 +dvth0_n_zero_18 = 0.2     dcgdo_n_zero_18  = -4.0e-11 dcgso_n_zero_18 = -4.0e-11

 *3.3v zero vt nmos 
 +dtox_n_zero_33  = 5e-10   	dlint_n_zero_33  = -9.34e-8   	dwint_n_zero_33 = 1e-8
 +dvth0_n_zero_33 = 0.05   	dcgdo_n_zero_33  = -10*0.9  	dcgso_n_zero_33 = -10*0.9

 +  drend_rnnpo    =   7.0000e-06                 
 +  drs_rnnpo      =   3.0000e+01                 
 +  ddw_rnnpo      =  -5.0000e-08                               
 +  drend_rnppo    =   2.3520e-05                 
 +  drs_rnppo      =   8.8500e+01                 
 +  ddw_rnppo      =  -1.9500e-08                 
 +  drend_rnhr1000 =   1.8420e-04                 
 +  drs_rnhr1000   =   2.5988e+02                 
 +  ddw_rnhr1000   =  -1.9000e-08  
  
 .lib 'cic018.l' mos_18 
 *.lib './mm180_reg18_v121.lib' tt
 .model n_18.1 nmos
 *****model selectors/controllers*********************************
 +  level     =   4.9000e+01                          version   =   3.2000e+00  
 +  binunit   =   1.0000e+00                          mobmod    =   1.0000e+00                           
 +  capmod    =   2.0000e+00                          nqsmod    =   0.0000e+00                        
 +  noimod    =   1.0000e+00 

 *****process parameters******************************************
 +  tox       =  '4.2000e-09+dtox_n_18'               toxm      =   4.2000e-09                        
 +  xj        =   1.6000e-07                          nch       =   3.7446e+17                        
 +  rsh       =   8.0000e+00                          ngate     =   1.0000e+23


 *****basic model parameters**************************************
 +  vth0      =  '3.0750e-01+dvth0_n_18'           k1        =   4.5780e-01                     
 +  k2        =  -2.6380e-02                          k3        =  -1.0880e+01                        
 +  k3b       =   2.3790e-01                          w0        =  -8.8130e-08                        
 +  nlx       =   4.2790e-07                          dvt0      =   4.0420e-01                        
 +  dvt1      =   3.2370e-01                          dvt2      =  -8.6020e-01                        
 +  dvt0w     =   3.8300e-01                          dvt1w     =   6.0000e+05                        
 +  dvt2w     =  -2.5000e-02                          lint      =   1.5870e-08                        
 +  wint      =   1.0220e-08                          dwg       =  -3.3960e-09                        
 +  dwb       =   1.3460e-09                          u0        =  '3.2410e+02+du0_n_18'                       
 +  ua        =  -9.2010e-10                          ub        =   1.9070e-18
 +  uc        =   4.3550e-11                          vsat      =   7.2580e+04 
 +  a0        =   1.9300e+00                          ags       =   5.0720e-01                        
 +  b0        =   1.4860e-06                          b1        =   9.0640e-06                        
 +  keta      =   1.7520e-02                          a1        =   0.0000e+00                        
 +  a2        =   1.0000e+00                          voff      =  -1.0880e-01                        
 +  nfactor   =   1.0380e+00                          cit       =  -1.5110e-03                        
 +  cdsc      =   2.2750e-03                          cdscd     =  -5.0000e-04                        
 +  cdscb     =   8.2410e-04                          eta0      =   1.0040e-03                        
 +  etab      =  -1.4590e-03                          dsub      =   1.5920e-03                        
 +  pclm      =   1.0910e+00                          pdiblc1   =   3.0610e-03                        
 +  pdiblc2   =   1.0000e-06                          pdiblcb   =   0.0000e+00                        
 +  drout     =   1.5920e-03                          pscbe1    =   4.8660e+08                        
 +  pscbe2    =   2.8000e-07                          pvag      =  -2.9580e-01                        


 *****parameters for asymmetric and bias-dependent rds model******
 +  rdsw      =   4.9050e+00                          prwg      =   0.0000e+00                        
 +  prwb      =   0.0000e+00                          wr        =   1.0000e+00


 *****impact ionization current model parameters******************
 +  alpha0    =   0.0000e+00                          alpha1    =   0.0000e+00                        
 +  beta0     =   3.0000e+01                        


 *****charge and capacitance model parameters*********************
 +  xpart     =   1.0000e+00                          	cgso      =  '2.3500e-10+dcgso_n_18'         
 +  cgdo      =  '2.3500e-10+dcgdo_n_18'           	cgbo      =   0.0000e+00                        
 +  cgsl      =   0.0000e+00                          	cgdl      =   0.0000e+00                        
 +  ckappa    =   6.0000e-01                          	cf        =   1.5330e-10                        
 +  clc       =   1.0000e-07                          	cle       =   6.0000e-01                        
 +  dlc       =   4.0000e-08                          	dwc       =   0.0000e+00                        
 +  vfbcv     =  -1.0000e+00                          	noff      =   1.0000e+00                        
 +  voffcv    =   0.0000e+00                          	acde      =   1.0000e+00                        
 +  moin      =   1.5000e+01                        


 *****flicker and thermal noise model parameters******************
 +  noia      =   1.0000e+20                          	noib      =   5.0000e+04                        
 +  noic      =  -1.4000e-12                          	em        =   4.2000e+07                        
 +  af        =   1.0000e+00                          	ef        =   1.0000e+00                        
 +  kf        =   1e-29                       


 *****layout-dependent parasitics model parameters****************
 +  lmin      =   1.8000e-07                          	lmax      =   5.0000e-05
 +  wmin      =   2.5000e-07                          	wmax      =   1.0000e-04
 +  xl        = '-1.0500e-08+dxl_n_18'             	xw        =  '0.0000e-00+dxw_n_18'           


 *****asymmetric source/drain junction diode model parameters*****
 +  js        =   1.0000e-06                          	jsw       =   7.0000e-11                        
 +  cj        =  '1.0300e-03+dcj_n_18'             	mj        =   4.4300e-01                        
 +  pb        =   8.2300e-01                          	cjsw      =  '1.3400e-10+dcjsw_n_18'         
 +  mjsw      =   3.3000e-01                        


 *****temperature dependence parameters***************************
 +  tnom      =   2.5000e+01                          	ute       =  -1.1860e+00                        
 +  kt1       =  -2.2550e-01                          	kt1l      =  -4.2750e-09                        
 +  kt2       =  -2.5270e-02                          	ua1       =   2.2530e-09                        
 +  ub1       =  -2.6730e-18                          	uc1       =  -3.8320e-11                        
 +  at        =   1.4490e+04                          	prt       =  -1.0180e+01                        
 +  xti       =   3.0000e+00                        


 *****dw and dl parameters****************************************
 +  wl        =   0.0000e+00                          wln       =   1.0000e+00                        
 +  ww        =   7.2620e-16                          wwn       =   1.0000e+00                        
 +  wwl       =   0.0000e+00                          ll        =  -1.0620e-15                        
 +  lln       =   1.0000e+00                          lw        =   2.9960e-15                        
 +  lwn       =   1.0000e+00                          lwl       =   0.0000e+00                        
 +  llc       =  -6.6400e-15                          lwc       =   0.0000e+00                        
 +  lwlc      =   0.0000e+00                          wlc       =   0.0000e+00                        
 +  wwc       =   0.0000e+00                          wwlc      =   0.0000e+00                        


 *****other parameters********************************************
 +  lvth0     = '-1.0000e-03+dlvth0_n_18'          	wvth0     =  '6.027e-02+dwvth0_n_18'
 +  pvth0     =  '0+dpvth0_n_18'                   	lnlx      =  -2.8540e-08 
 +  wnlx      =   0.0000e+00                          	pnlx      =   0.0000e+00
 +  wua       =  -1.8800e-11                          	wu0       =  '5.4000e-01+dwu0_n_18'
 +  pub       =   3.8000e-20                          	pw0       =   1.3000e-09 
 +  wrdsw     =   0.0000e+00                          	weta0     =   0.0000e+00                        
 +  wetab     =   0.0000e+00                          	leta0     =   1.5740e-03                        
 +  letab     =   0.0000e+00                          	peta0     =   0.0000e+00                        
 +  petab     =   0.0000e+00                          	wpclm     =   0.0000e+00                        
 +  wvoff     =  -4.0780e-04                          	lvoff     =  -4.2080e-03                        
 +  pvoff     =  -3.7880e-04                          	wa0       =  -4.7310e-02                        
 +  la0       =  -4.6670e-01                          	pa0       =  -2.6490e-02  
 +  wags      =   4.2420e-03                          	lags      =   3.0280e-01                        
 +  pags      =   0.0000e+00                          	wketa     =   0.0000e+00                        
 +  lketa     =  -1.9420e-02                          	pketa     =   0.0000e+00                        
 +  wute      =   6.3730e-02                          	lute      =   0.0000e+00                        
 +  pute      =   0.0000e+00                          	wvsat     =   5.0660e+03                    
 +  lvsat     =   0.0000e+00                          	pvsat     =  '0.0000e+00+dpvsat_n_18'                        
 +  lpdiblc2  =  -4.7520e-03                          	wat       =   7.0670e+03                        
 +  wprt      =   0.0000e+00                          	acm       =   3.0000e+00                        
 +  ldif      =   8.0000e-08                          	hdif      =   2.6000e-07                        
 +  n         =   1.0000e+00                          	php       =   8.8000e-01                        
 +  cjgate    =  '5.0000e-10+dcjgate_n_18'         	ctp       =   9.2400e-04                        
 +  ptp       =   9.2400e-04                          	cta       =   9.2900e-04                        
 +  pta       =   1.5800e-03                          	elm       =   5.0000e+00                        
 +  tlevc     =   1.0000e+00                        
                         
                        

 .model n_bpw_18.1 nmos
 *****model selectors/controllers*********************************
 +  level     =   4.9000e+01                          version   =   3.2000e+00  
 +  binunit   =   1.0000e+00                          mobmod    =   1.0000e+00                           
 +  capmod    =   2.0000e+00                          nqsmod    =   0.0000e+00                        
 +  noimod    =   1.0000e+00 

 *****process parameters******************************************
 +  tox       =  '4.2000e-09+dtox_n_bpw_18'            toxm      =   4.2000e-09                        
 +  xj        =   1.6000e-07                          nch       =   3.7446e+17                        
 +  rsh       =   8.0000e+00                          ngate     =   1.0000e+23


 *****basic model parameters**************************************
 +  vth0      =  '3.0750e-01+dvth0_n_bpw_18'           k1        =   4.5780e-01                     
 +  k2        =  -2.6380e-02                          k3        =  -1.0880e+01                        
 +  k3b       =   2.3790e-01                          w0        =  -8.8130e-08                        
 +  nlx       =   4.2790e-07                          dvt0      =   4.0420e-01                        
 +  dvt1      =   3.2370e-01                          dvt2      =  -8.6020e-01                        
 +  dvt0w     =   3.8300e-01                          dvt1w     =   6.0000e+05                        
 +  dvt2w     =  -2.5000e-02                          lint      =   1.5870e-08                        
 +  wint      =   1.0220e-08                          dwg       =  -3.3960e-09                        
 +  dwb       =   1.3460e-09                          u0        =  '3.2410e+02+du0_n_bpw_18'                       
 +  ua        =  -9.2010e-10                          ub        =   1.9070e-18
 +  uc        =   4.3550e-11                          vsat      =   7.2580e+04 
 +  a0        =   1.9300e+00                          ags       =   5.0720e-01                        
 +  b0        =   1.4860e-06                          b1        =   9.0640e-06                        
 +  keta      =   1.7520e-02                          a1        =   0.0000e+00                        
 +  a2        =   1.0000e+00                          voff      =  -1.0880e-01                        
 +  nfactor   =   1.0380e+00                          cit       =  -1.5110e-03                        
 +  cdsc      =   2.2750e-03                          cdscd     =  -5.0000e-04                        
 +  cdscb     =   8.2410e-04                          eta0      =   1.0040e-03                        
 +  etab      =  -1.4590e-03                          dsub      =   1.5920e-03                        
 +  pclm      =   1.0910e+00                          pdiblc1   =   3.0610e-03                        
 +  pdiblc2   =   1.0000e-06                          pdiblcb   =   0.0000e+00                        
 +  drout     =   1.5920e-03                          pscbe1    =   4.8660e+08                        
 +  pscbe2    =   2.8000e-07                          pvag      =  -2.9580e-01                        


 *****parameters for asymmetric and bias-dependent rds model******
 +  rdsw      =   4.9050e+00                          prwg      =   0.0000e+00                        
 +  prwb      =   0.0000e+00                          wr        =   1.0000e+00


 *****impact ionization current model parameters******************
 +  alpha0    =   0.0000e+00                          alpha1    =   0.0000e+00                        
 +  beta0     =   3.0000e+01                        



 *****charge and capacitance model parameters*********************
 +  xpart     =   1.0000e+00                          cgso      =  '2.3500e-10+dcgso_n_bpw_18'         
 +  cgdo      =  '2.3500e-10+dcgdo_n_bpw_18'           cgbo      =   0.0000e+00                        
 +  cgsl      =   0.0000e+00                          cgdl      =   0.0000e+00                        
 +  ckappa    =   6.0000e-01                          cf        =   1.5330e-10                        
 +  clc       =   1.0000e-07                          cle       =   6.0000e-01                        
 +  dlc       =   4.0000e-08                          dwc       =   0.0000e+00                        
 +  vfbcv     =  -1.0000e+00                          noff      =   1.0000e+00                        
 +  voffcv    =   0.0000e+00                          acde      =   1.0000e+00                        
 +  moin      =   1.5000e+01                        


 *****high-speed/rf model parameters******************************


 *****flicker and thermal noise model parameters******************
 +  noia      =   1.0000e+20                          noib      =   5.0000e+04                        
 +  noic      =  -1.4000e-12                          em        =   4.2000e+07                        
 +  af        =   1.0000e+00                          ef        =   1.0000e+00                        
 +  kf        =   1e-29                      


 *****layout-dependent parasitics model parameters****************
 +  lmin      =   1.8000e-07                          lmax      =   5.0000e-05
 +  wmin      =   2.5000e-07                          wmax      =   1.0000e-04
 +  xl        = '-1.0500e-08+dxl_n_bpw_18'             xw        =  '0.0000e-00+dxw_n_bpw_18'           


 *****asymmetric source/drain junction diode model parameters*****
 +  js        =   1.0000e-06                          jsw       =   7.0000e-11                        
 +  cj        =  '1.0300e-03+dcj_n_bpw_18'             mj        =   4.4300e-01                        
 +  pb        =   8.2300e-01                          cjsw      =  '1.3400e-10+dcjsw_n_bpw_18'         
 +  mjsw      =   3.3000e-01                        


 *****temperature dependence parameters***************************
 +  tnom      =   2.5000e+01                          ute       =  -1.1860e+00                        
 +  kt1       =  -2.2550e-01                          kt1l      =  -4.2750e-09                        
 +  kt2       =  -2.5270e-02                          ua1       =   2.2530e-09                        
 +  ub1       =  -2.6730e-18                          uc1       =  -3.8320e-11                        
 +  at        =   1.4490e+04                          prt       =  -1.0180e+01                        
 +  xti       =   3.0000e+00                        


 *****dw and dl parameters****************************************
 +  wl        =   0.0000e+00                          wln       =   1.0000e+00                        
 +  ww        =   7.2620e-16                          wwn       =   1.0000e+00                        
 +  wwl       =   0.0000e+00                          ll        =  -1.0620e-15                        
 +  lln       =   1.0000e+00                          lw        =   2.9960e-15                        
 +  lwn       =   1.0000e+00                          lwl       =   0.0000e+00                        
 +  llc       =  -6.6400e-15                          lwc       =   0.0000e+00                        
 +  lwlc      =   0.0000e+00                          wlc       =   0.0000e+00                        
 +  wwc       =   0.0000e+00                          wwlc      =   0.0000e+00                        



 *****other parameters********************************************
 +  lvth0     = '-1.0000e-03+dlvth0_n_bpw_18'          wvth0     =  '6.027e-02+dwvth0_n_bpw_18'
 +  pvth0     =  '0+dpvth0_n_bpw_18'                   lnlx      =  -2.8540e-08 
 +  wnlx      =   0.0000e+00                          pnlx      =   0.0000e+00
 +  wua       =  -1.8800e-11                          wu0       =  '5.4000e-01+dwu0_n_bpw_18'
 +  pub       =   3.8000e-20                          pw0       =   1.3000e-09 
 +  wrdsw     =   0.0000e+00                          weta0     =   0.0000e+00                        
 +  wetab     =   0.0000e+00                          leta0     =   1.5740e-03                        
 +  letab     =   0.0000e+00                          peta0     =   0.0000e+00                        
 +  petab     =   0.0000e+00                          wpclm     =   0.0000e+00                        
 +  wvoff     =  -4.0780e-04                          lvoff     =  -4.2080e-03                        
 +  pvoff     =  -3.7880e-04                          wa0       =  -4.7310e-02                        
 +  la0       =  -4.6670e-01                          pa0       =  -2.6490e-02  
 +  wags      =   4.2420e-03                          lags      =   3.0280e-01                        
 +  pags      =   0.0000e+00                          wketa     =   0.0000e+00                        
 +  lketa     =  -1.9420e-02                          pketa     =   0.0000e+00                        
 +  wute      =   6.3730e-02                          lute      =   0.0000e+00                        
 +  pute      =   0.0000e+00                          wvsat     =   5.0660e+03                    
 +  lvsat     =   0.0000e+00                          pvsat     =  '0.0000e+00+dpvsat_n_bpw_18'                        
 +  lpdiblc2  =  -4.7520e-03                          wat       =   7.0670e+03                        
 +  wprt      =   0.0000e+00                          acm       =   3.0000e+00                        
 +  ldif      =   8.0000e-08                          hdif      =   2.6000e-07                        
 +  n         =   1.0000e+00                          php       =   8.8000e-01                        
 +  cjgate    =  '5.0000e-10+dcjgate_n_bpw_18'         ctp       =   9.2400e-04                        
 +  ptp       =   9.2400e-04                          cta       =   9.2900e-04                        
 +  pta       =   1.5800e-03                          elm       =   5.0000e+00                        
 +  tlevc     =   1.0000e+00                        
             



 ******************************************************************************************
 *         1.8v pmos model               *
 ******************************************************************************************

 .model p_18.1 pmos
 *****model selectors/controllers*********************************
 +  level     =   4.9000e+01                          mobmod    =   3.0000e+00                        
 +  version   =   3.2000e+00                          capmod    =   2.0000e+00                        
 +  binunit   =   1.0000e+00                          nqsmod    =   0.0000e+00
 +  noimod    =   1.0000e+00 

 *****process parameters******************************************
 +  tox       =  '4.2000e-09+dtox_p_18'               toxm      =   4.2000e-09                        
 +  xj        =   1.0000e-07                          nch       =   6.2310e+17                        
 +  ngate     =   1.0000e+23 

 *****basic model parameters**************************************
 +  vth0      = '-4.5550e-01+dvth0_p_18'              k1        =   5.7040e-01                        
 +  k2        =   6.9730e-03                          k3        =  -2.8330e+00                        
 +  k3b       =   1.3260e+00                          w0        =  -1.9430e-07                        
 +  nlx       =   2.5300e-07                          dvt0      =   4.8850e-01                        
 +  dvt1      =   7.5780e-02                          dvt2      =   1.1870e-01                        
 +  dvt0w     =  -1.2610e-01                          dvt1w     =   2.4790e+04                        
 +  dvt2w     =   6.9150e-01                          lint      =  -1.0410e-08                        
 +  wint      =  -1.5250e-07                          dwg       =  -1.2510e-07                        
 +  dwb       =  -1.0390e-07                          u0        =  '1.2450e+02+du0_p_18'  
 +  ua        =   1.5400e-09                          ub        =   2.6460e-19
 +  uc        =  -9.5870e-02                          vsat      =   5.3400e+04                                                                                            
 +  a0        =   1.3500e+00                          ags       =   3.8180e-01                        
 +  b0        =  -3.0880e-07                          b1        =   0.0000e+00                        
 +  keta      =   1.0440e-02                          a1        =   0.0000e+00                        
 +  a2        =   1.0000e+00                          voff      =  -1.0730e-01                                                                    
 +  nfactor   =   1.5350e-00                          cit       =  -1.0670e-03 
 +  cdsc      =   7.5780e-04                          cdscd     =  -2.8830e-05                        
 +  cdscb     =   1.0000e-04                          eta0      =   1.0710e+00                        
 +  etab      =  -9.2910e-01                          dsub      =   1.9191e+00
 +  pclm      =   2.6530e+00                          pdiblc1   =   0.0000e+00                        
 +  pdiblc2   =   5.0000e-06                          pdiblcb   =   0.0000e+00                        
 +  drout     =   1.4570e+00                          pscbe1    =   4.8660e+08                        
 +  pscbe2    =   2.8000e-07                          pvag      =   1.2620e+00                        


 *****parameters for asymmetric and bias-dependent rds model******
 +  rdsw      =   7.9210e+02                          prwg      =   0.0000e+00                        
 +  prwb      =   0.0000e+00                        


 *****impact ionization current model parameters******************
 +  alpha0    =   0.0000e+00                          alpha1    =   0.0000e+00                        
 +  beta0     =   3.0000e+01                        


 *****charge and capacitance model parameters*********************
 +  cgdo      =  '2.0540e-10+dcgdo_p_18'              cgbo      =   0.0000e+00                        
 +  cgso      =  '2.0540e-10+dcgso_p_18'              xpart     =   1.0000e+00                        
 +  cf        =   1.5330e-10                          dlc       =   7.0100e-08                                                                              
 +  cgsl      =   0.0000e+00                          cgdl      =   0.0000e+00                        
 +  ckappa    =   6.0000e-01                                                  
 +  clc       =   1.0000e-07                          cle       =   6.0000e-01                        
 +  dwc       =   0.0000e+00                        
 +  vfbcv     =  -1.0000e+00                          noff      =   1.0000e+00                        
 +  voffcv    =   0.0000e+00                          acde      =   1.0000e+00                        
 +  moin      =   1.5000e+01                        

 *****flicker and thermal noise model parameters******************
 +  noia      =   1.0000e+20                          noib      =   5.0000e+04                        
 +  noic      =  -1.4000e-12                          em        =   4.2000e+07                        
 +  af        =   1.0000e+00                          ef        =   1.0000e+00                        
 +  kf        =   1e-29                        


 *****layout-dependent parasitics model parameters****************
 +  lmin      =   1.8000e-07                          lmax      =   5.0000e-05
 +  wmin      =   2.5000e-07                          wmax      =   1.0000e-04
 +  xl        = '-2.0000e-09+dxl_p_18'                xw        =  '0.0000e+00+dxw_p_18'           


 *****asymmetric source/drain junction diode model parameters*****
 +  js        =   3.0000e-06                          jsw       =   4.2200e-11                        
 +  cj        =  '1.2400e-03+dcj_p_18'                mj        =   3.9500e-01                        
 +  pb        =   7.6200e-01                          cjsw      =  '1.7400e-10+dcjsw_p_18'         
 +  mjsw      =   3.2400e-01                        


 *****temperature dependence parameters***************************
 +  tnom      =   2.5000e+01                          ute       =  -4.4840e-01                        
 +  kt1       =  -2.2940e-01                          kt1l      =  -8.2040e-09                        
 +  kt2       =  -9.4870e-03                          ua1       =   4.5710e-09                        
 +  ub1       =  -6.0260e-18                          uc1       =  -9.8500e-02                        
 +  at        =   1.2030e+04                          prt       =   0.0000e+00                        
 +  xti       =   3.0000e+00                        


 *****dw and dl parameters****************************************
 +  ww        =   1.2360e-14                          lw        =  -2.8730e-16                        
 +  ll        =   6.6350e-15                        
 +  wl        =   0.0000e+00                          wln       =   1.0000e+00                        
 +  wwn       =   1.0000e+00                        
 +  wwl       =   0.0000e+00                                                 
 +  lln       =   1.0000e+00                                                
 +  lwn       =   1.0000e+00                          lwl       =   0.0000e+00                        
 +  llc       =  -1.3100e-14                          lwc       =   0.0000e+00                        
 +  lwlc      =   0.0000e+00                          wlc       =   0.0000e+00                        
 +  wwc       =   0.0000e+00                          wwlc      =   0.0000e+00                        


 *****other parameters********************************************
 +  lvth0     =  '4.4000e-03+dlvth0_p_18'             wvth0     = '-1.4800e-02+dwvth0_p_18'                        
 +  pvth0     =  '3.2000e-03+dpvth0_p_18'             lnlx      =  -1.5840e-08 
 +  wrdsw     =   1.0070e+01                          weta0     =   0.0000e+00                        
 +  wetab     =   0.0000e+00                          wpclm     =   0.0000e+00                        
 +  wua       =   2.6300e-09                          lua       =  -8.2530e-11
 +  pua       =   5.8550e-11                          wub       =   0.0000e+00                        
 +  lub       =   0.0000e+00                          pub       =   0.0000e+00                        
 +  wuc       =   0.0000e+00                          luc       =   0.0000e+00                        
 +  puc       =   0.0000e+00                          wvoff     =  -9.8160e-03                        
 +  lvoff     =  -9.8710e-04                          pvoff     =  -9.8330e-05                        
 +  wa0       =  -4.8070e-02                          la0       =  -2.8100e-01
 +  pa0       =   8.6610e-02                          wags      =  -4.2770e-02                        
 +  lags      =   4.4540e-02                          pags      =  -4.0760e-02                        
 +  wketa     =   0.0000e+00                          lketa     =  -1.2000e-02
 +  pketa     =   0.0000e+00                          wute      =  -2.6820e-01                        
 +  lute      =   0.0000e+00                          pute      =   0.0000e+00                        
 +  wvsat     =  -1.4200e+04                          lvsat     =   0.0000e+00                        
 +  pvsat     = '-4.3400e+02+dpvsat_p_18'             lpdiblc2  =   3.0120e-03
 +  wat       =  -6.4050e+03                          wprt      =   2.2660e+02                        
 +  n         =   1.0000e+00                          php       =   6.6500e-01                        
 +  cta       =   1.0000e-03                          ctp       =   7.5300e-04                        
 +  pta       =   1.5500e-03                          ptp       =   1.2400e-03                        
 +  acm       =   3.0000e+00                          ldif      =   8.0000e-08             
 +  rsh       =   8.0000e+00                          rd        =   0.0000e+00                    
 +  rsc       =   0.0000e+00                          rdc       =   0.0000e+00
 +  hdif      =   2.6000e-07                          rs        =   0.0000e+00

 ******************************************************************************************
 *         3.3v nmos model               *
 ******************************************************************************************
 .model n_33.1 nmos
 +level    = 49                  
 *
 * general parameters
 *
 +lmin     = 3.5e-7              lmax     = 5.0e-5              wmin     = 2.5e-7              
 +wmax     = 1.0e-4              tnom     = 27.0                version  = 3.2                 
 +tox      = '7.00e-09+dtox_n_33'            xj       = 2.5000000e-07       
 +nch      = 1.6999999e+17       lln      = 1.0000000           lwn      = 1.0000000           
 +wln      = 1.0000000           wwn      = 1.0000000           lint     = '0.00+dlint_n_33'                
 +ll       = 1.2142200e-14       lw       = 0.00                lwl      = -2.8856721e-22      
 +wint     = '0.00+dwint_n_33'                wl       = 0.00                ww       = -2.0097143e-16      
 +wwl      = -1.5017800e-21      mobmod   = 1                   binunit  = 2                   
 +xl       = 2.20e-08            xw       = 0.00                dwg      = 3.5527140e-15       
 +dwb      = 6.2000000e-09       
 * diode parameters
 +acm      = 3                   ldif     = 0.00                hdif     = 3.20e-7                
 +rsh      = 8                                     
 *
 * threshold voltage parameters
 *
 +vth0     = '0.5924070+dvth0_n_33'           k1       = 0.7137536           k2       = -2.5826899e-02      
 +k3       = 62.0000000          dvt0     = 4.7501960           dvt1     = 0.6340203           
 +dvt2     = -0.2139230          dvt0w    = 0.2500000           dvt1w    = 5.9500000e+05       
 +dvt2w    = 0.00                nlx      = 1.2508283e-07       w0       = 5.6800000e-06       
 +k3b      = 32.0000000           
 *
 * mobility parameters
 *
 +vsat     = 9.8280000e+04       ua       = -5.8546880e-10      ub       = 1.6518923e-18       
 +uc       = 5.5177280e-11       rdsw     = 5.9591060e+02       prwb     = 5.7154760e-02       
 +prwg     = 2.3068622e-02       wr       = 1.0000000           u0       = 3.4129650e-02       
 +a0       = 1.2752739           keta     = 5.0000000e-03       a1       = 1.0000000e-02       
 +a2       = 0.9900000           ags      = 0.2678509           b0       = 1.0000000e-08       
 +b1       = 9.0000000e-07       
 *
 * subthreshold current parameters
 *
 +voff     = -0.2360862          nfactor  = 1.0000000           cit      = 0.00                
 +cdsc     = 2.3999999e-04       cdscb    = 0.00                cdscd    = 2.3999999e-04       
 +eta0     = 0.2080775           etab     = -1.5000000e-03      dsub     = 0.5210000           
 *
 * rout parameters
 *
 +pclm     = 0.6318000           pdiblc1  = 9.4999000e-04       pdiblc2  = 1.0000000e-03       
 +pdiblcb  = 0.00                drout    = 0.5600000           pscbe1   = 4.2400000e+08       
 +pscbe2   = 1.0000000e-05       pvag     = 0.00                delta    = 1.0000000e-02       
 +alpha0   = 0.00                alpha1   = 0.00                beta0    = 30.0000000          
 *
 * temperature effects parameters
 *
 +kt1      = -0.3166082          kt2      = -4.4608160e-02      at       = 5.0000000e+02       
 +ute      = -1.6006135          ua1      = 4.2028770e-11       ub1      = 3.8000000e-19       
 +uc1      = 2.8000000e-11       kt1l     = 0.0000000           prt      = -2.7126447e+02      
 *	
 * capacitance parameters
 *
 +cj       = 7.673167e-04   	mj       = 0.3299333      	pb       = 0.7131242      	
 +cjsw     = 1.088665e-10   	mjsw     = 0.2036705      	php      = 0.4347057      	
 +cta      = 1.081522e-03   	ctp      = 7.482284e-04   	pta      = 1.822417e-03   	
 +ptp      = 2.008567e-03   	js       = 1.00e-05       	jsw      = 5.2e-11           	
 +cgdo     = '2.7e-10+dcgdo_n_33'        	
 +cgso     = '2.7e-10+dcgso_n_33'        	cgbo     = 1.0e-10       	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.392e-10          	cjgate   = 2.9e-10              tlevc    = 1


 ******************************************************************************************
 *         0.18um 1.8v/3.3v mixedmode triple-well technology, 3.3v nmos model               *
 ******************************************************************************************
 .model n_bpw_33.1 nmos
 +level    = 49                  
 *
 * general parameters
 *
 +lmin     = 3.5e-7              lmax     = 5.0e-5              wmin     = 2.5e-7              
 +wmax     = 1.0e-4              tnom     = 27.0                version  = 3.2                 
 +tox      = '7.00e-09+dtox_n_bpw_33'            xj       = 2.5000000e-07       
 +nch      = 1.6999999e+17       lln      = 1.0000000           lwn      = 1.0000000           
 +wln      = 1.0000000           wwn      = 1.0000000           lint     = '0.00+dlint_n_bpw_33'                
 +ll       = 1.2142200e-14       lw       = 0.00                lwl      = -2.8856721e-22      
 +wint     = '0.00+dwint_n_bpw_33'                wl       = 0.00                ww       = -2.0097143e-16      
 +wwl      = -1.5017800e-21      mobmod   = 1                   binunit  = 2                   
 +xl       = 2.20e-08            xw       = 0.00                dwg      = 3.5527140e-15       
 +dwb      = 6.2000000e-09       
 * diode parameters
 +acm      = 3                   ldif     = 0.00                hdif     = 3.20e-7                
 +rsh      = 8                                     
 *
 * threshold voltage parameters
 *
 +vth0     = '0.5924070+dvth0_n_bpw_33'           k1       = 0.7137536           k2       = -2.5826899e-02      
 +k3       = 62.0000000          dvt0     = 4.7501960           dvt1     = 0.6340203           
 +dvt2     = -0.2139230          dvt0w    = 0.2500000           dvt1w    = 5.9500000e+05       
 +dvt2w    = 0.00                nlx      = 1.2508283e-07       w0       = 5.6800000e-06       
 +k3b      = 32.0000000           
 *
 * mobility parameters
 *
 +vsat     = 9.8280000e+04       ua       = -5.8546880e-10      ub       = 1.6518923e-18       
 +uc       = 5.5177280e-11       rdsw     = 5.9591060e+02       prwb     = 5.7154760e-02       
 +prwg     = 2.3068622e-02       wr       = 1.0000000           u0       = 3.4129650e-02       
 +a0       = 1.2752739           keta     = 5.0000000e-03       a1       = 1.0000000e-02       
 +a2       = 0.9900000           ags      = 0.2678509           b0       = 1.0000000e-08       
 +b1       = 9.0000000e-07       
 *
 * subthreshold current parameters
 *
 +voff     = -0.2360862          nfactor  = 1.0000000           cit      = 0.00                
 +cdsc     = 2.3999999e-04       cdscb    = 0.00                cdscd    = 2.3999999e-04       
 +eta0     = 0.2080775           etab     = -1.5000000e-03      dsub     = 0.5210000           
 *
 * rout parameters
 *
 +pclm     = 0.6318000           pdiblc1  = 9.4999000e-04       pdiblc2  = 1.0000000e-03       
 +pdiblcb  = 0.00                drout    = 0.5600000           pscbe1   = 4.2400000e+08       
 +pscbe2   = 1.0000000e-05       pvag     = 0.00                delta    = 1.0000000e-02       
 +alpha0   = 0.00                alpha1   = 0.00                beta0    = 30.0000000          
 *
 * temperature effects parameters
 *
 +kt1      = -0.3166082          kt2      = -4.4608160e-02      at       = 5.0000000e+02       
 +ute      = -1.6006135          ua1      = 4.2028770e-11       ub1      = 3.8000000e-19       
 +uc1      = 2.8000000e-11       kt1l     = 0.0000000           prt      = -2.7126447e+02      
 *	
 * capacitance parameters
 *
 +cj       = 7.673167e-04   	mj       = 0.3299333      	pb       = 0.7131242      	
 +cjsw     = 1.088665e-10   	mjsw     = 0.2036705      	php      = 0.4347057      	
 +cta      = 1.081522e-03   	ctp      = 7.482284e-04   	pta      = 1.822417e-03   	
 +ptp      = 2.008567e-03   	js       = 1.00e-05       	jsw      = 5.2e-11           	
 +cgdo     = '2.7e-10+dcgdo_n_bpw_33'        	
 +cgso     = '2.7e-10+dcgso_n_bpw_33'        	cgbo     = 1.0e-10       	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.392e-10          	cjgate   = 2.9e-10              tlevc    = 1
            	



 ******************************************************************************************
 *         3.3v pmos model               *
 ******************************************************************************************
 .model p_33.1 pmos
 +level    = 49             	
 +lmin     = 3.5e-7         	lmax     = 5.0e-5         	wmin     = 2.5e-7         	
 +wmax     = 1.0e-4        	tnom     = 27.0           	version  = 3.2            	
 +tox      = '7.00000e-09+dtox_p_33'    	xj       = 1.8000000e-07  	nch      = 4.3096250e+17  	
 +lln      = 1.4787377      	lwn      = 1.0000000      	wln      = 1.0000000      	
 +wwn      = 1.6332974      	lint     = '2.2396316e-08+dlint_p_33'  	ll       = 3.3436880e-18  	
 +lw       = 0.00           	lwl      = -1.4344100e-24 	wint     = '3.3613110e-08+dwint_p_33'  	
 +wl       = 0.00           	ww       = -7.2735800e-19 	wwl      = 9.7470860e-26  	
 +mobmod   = 1              	xl       = -1.0000e-08          xw       = 0                	
 +dwg      = -1.4371156e-08 	dwb      = 5.9839220e-09  	
 +vth0     = '-0.7204355+dvth0_p_33'     	k1       = 0.7667419      	k2       = 5.4286610e-02  	
 +k3       = 2.0892601      	dvt0     = 7.3947320      	dvt1     = 0.9634880      	
 +dvt2     = 7.8053260e-03  	dvt0w    = 1.7969700      	dvt1w    = 2.8762723e+06  	
 +dvt2w    = 0.2026245      	nlx      = 0.00           	w0       = 2.2247300e-07  	
 +k3b      = 1.0028400      	         	
 +vsat     = 1.0007731e+05  	ua       = -3.9782800e-10 	ub       = 1.6947495e-18  	
 +uc       = -3.6494700e-11 	rdsw     = 6.2701920e+02  	prwb     = -0.7725255     	
 +prwg     = 3.3490300e-02  	wr       = 0.9913232      	u0       = 8.0758510e-03  	
 +a0       = 1.0736154      	keta     = -1.0346900e-02 	a1       = 0.01      	
 +a2       = 0.9212255      	ags      = 0.2138427      	b0       = 4.3581280e-07  	
 +b1       = 1.7378807e-06  	
 +voff     = -0.2239050     	nfactor  = 0.9964148      	cit      = 5.3336740e-04  	
 +cdsc     = 3.2656700e-03  	cdscb    = 2.4630399e-03  	cdscd    = 0.00           	
 +eta0     = 5.4210600e-02  	etab     = -1.8931806e-02 	dsub     = 0.4594282      	
 +pclm     = 0.6164396      	pdiblc1  = 1.2236120e-02  	pdiblc2  = 3.5433970e-04  	
 +pdiblcb  = 0.2477877      	drout    = 0.2401412      	pscbe1   = 4.6427620e+08  	
 +pscbe2   = 2.8700000e-05  	pvag     = -0.2307000     	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.3345865     	kt2      = -5.7475180e-02 	at       = 4.9500000e+04  	
 +ute      = -1.2277215     	ua1      = 1.4019034e-09  	ub1      = -3.4171990e-18 	
 +uc1      = -1.3930956e-10 	kt1l     = 1.0000003e-08  	prt      = 0.00           	
 +cj       = 1.299812e-03   	mj       = 0.4096944      	pb       = 0.761753       	
 +cjsw     = 2.243239e-10   	mjsw     = 0.474468       	php      = 0.9296629      	
 +cta      = 9.968635e-04   	ctp      = 7.21932e-04    	pta      = 1.503527e-03   	
 +ptp      = 1.215858e-03   	js       = 9.00e-05       	jsw      = 4.90e-12     	
 +cgdo     = '2.6e-10+dcgdo_p_33'        	
 +cgso     = '2.6e-10+dcgso_p_33'        	cgbo     = 1e-10             	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.392e-10       	tlevc    = 1
 +acm      = 3                 hdif     = 3.2e-7                rsh     = 8               	 
            	


 ******************************************************************************************
 *         1.8v low vt nmos model     *
 ******************************************************************************************
 .model n_lv_18.1 nmos
 +level    = 49             	
 +lmin     = 2.5e-7         	lmax     = 5.0e-5         	wmin     = 2.5e-7         	
 +wmax     = 1.0e-4         	tnom     = 27.0           	version  = 3.2            	
 +tox      = '4.20000e-09+dtox_n_lv_18'    	xj       = 1.6000000e-07  	nch      = 4.6371000e+17  	
 +lln      = 2.0000000      	lwn      = 1.0000000      	wln      = 1.0000000      	
 +wwn      = 1.0000000      	lint     = '1.0000000e-08+dtox_n_lv_18'  	ll       = -2.5800000e-22 	
 +lw       = 0.00           	lwl      = 0.00           	wint     = '2.0000000e-08+dtox_n_lv_18'  	
 +wl       = 0.00           	ww       = 0.00           	wwl      = 0.00           	
 +mobmod   = 2              	binunit  = 2              	xl       = 0              	
 +xw       = 0              	
 +dwg      = 2.5000000e-09  	dwb      = 1.2441700e-09  	
 +acm      = 3              	hdif     = 2.6e-07             	rsh      = 8              	
 +vth0     = '1.6460000e-02+dtox_n_lv_18'  	k1       = 0.3122200      	k2       = -4.3434400e-02 	
 +k3       = -15.4245000    	dvt0     = 1.9600000      	dvt1     = 0.2703380      	
 +dvt2     = 7.0000000e-02  	dvt0w    = 0.4113980      	dvt1w    = 1.6626000e+06  	
 +dvt2w    = -4.4234600e-02 	nlx      = 8.3200000e-07  	w0       = 1.0000000e-06  	
 +k3b      = -0.2101380     	           	
 +vsat     = 9.20e+04    	pvsat    = 1.9999999e-09  	ua       = 5.2358400e-10  	
 +wua      = 1.0000000e-16  	pua      = -7.5000000e-23 	ub       = 1.4080000e-18  	
 +wub      = -3.0000001e-25 	pub      = 8.0000000e-32  	uc       = -1.0246000e-10 	
 +rdsw     = 96.7580000     	prwb     = -0.2000000     	prwg     = 5.0000000e-02  	
 +wr       = 1.0000000      	u0       = 4.9234500e-02  	wu0      = 2.4000000e-09  	
 +pu0      = 2.0000000e-16  	a0       = 1.0000000      	keta     = 4.2062700e-03  	
 +a1       = 0.00           	a2       = 1.0000000      	ags      = 0.6300000      	
 +b0       = 0.00           	b1       = 0.00           	
 +voff     = -0.2517590     	nfactor  = 1.0000000      	cit      = -4.5359940e-03 	
 +cdsc     = 1.2000000e-03  	cdscb    = 0.00           	cdscd    = 5e-4           	
 +eta0     = 5.5334000e-02  	etab     = -2.3552900e-02 	dsub     = 0.5600000      	
 +pclm     = 2.8151700      	pdiblc1  = 0.2000000      	pdiblc2  = 8.0000000e-02  	
 +pdiblcb  = 0.2777778      	drout    = 1.0000000      	pscbe1   = 6.6815310e+08  	
 +pscbe2   = 1.0000000e-10  	pvag     = 0.5000000      	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.2999444     	kt2      = 1.5900001e-02  	at       = 3.3000000e+04  	
 +ute      = -1.6873263     	ua1      = -1.3554663e-09 	ub1      = 8.7998690e-20  	
 +uc1      = 3.4078270e-11  	kt1l     = 0.00           	prt      = -1.0000000e+02 	
 +cj       = 0.00099        	mj       = 0.5            	pb       = 0.762          	
 +cjsw     = 1.5e-10        	mjsw     = 0.257          	php      = 0.639          	
 +cta      = 0.000902       	ctp      = 0.000718       	pta      = 0.000872       	
 +ptp      = 0.00385        	js       = 1.00e-04       	jsw      = 0.00           	
 +cjgate    = 2.4e-10        	        	
 +cgdo     = '2.0e-10+dcgdo_n_lv_18'        	
 +cgso     = '2.0e-10+dcgso_n_lv_18'        	cgbo     = 0.0          	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.53e-10       	
 +dwc      = 2e-08          	tlevc    = 1 



 ******************************************************************************************
 *         1.8v low vt pmos model     *
 ******************************************************************************************            	

 .model p_lv_18.1 pmos
 +level    = 49             	
 +lmin     = 2.5e-7         	lmax     = 5.0e-5        	wmin     = 2.5e-7         	
 +wmax     = 1.0e-4         	tnom     = 27.0           	version  = 3.2            	
 +tox      = '4.20000e-09+dtox_p_lv_18'    	xj       = 1.8000000e-07  	nch      = 2.6699999e+17  	
 +lln      = 0.2000000      	lwn      = 1.0000000      	wln      = 0.7966000      	
 +wwn      = 1.7867000      	lint     = '0.00+dlint_p_lv_18'           	ll       = 8.9200000e-10  	
 +lw       = -8.0000000e-14 	lwl      = 3.7900000e-15  	wint     = '-4.2700000e-08+dwint_n_zero_18' 	
 +wl       = 5.6500000e-14  	ww       = 5.7000000e-24  	wwl      = 1.8000000e-25  	
 +mobmod   = 1              	binunit  = 2              	xl       = 0              	
 +xw       = 0              	
 +dwg      = -1.0600000e-08 	dwb      = -1.0100000e-09 	
 +acm      = 3              	hdif     = 2.6e-07             	rsh      = 8             	
 +vth0     = '-0.2253000+dvth0_n_zero_18'     	k1       = 0.4604000      	k2       = -1.0000000e-02 	
 +k3       = -6.3916000     	dvt0     = 1.0400000e-03  	dvt1     = 2.9700000e-02  	
 +dvt2     = -12.2436000    	dvt0w    = 0.00           	dvt1w    = 0.00           	
 +dvt2w    = 0.00           	nlx      = 0.00           	w0       = 5.5000000e-07  	
 +k3b      = 5.2034000      	          	
 +vsat     = 1.4500000e+05  	ua       = 1.8500000e-09  	ub       = -4.0200000e-19 	
 +uc       = -1.1800000e-10 	rdsw     = 1.2024300e+02  	prwb     = -2.0000000     	
 +prwg     = 1.0000000      	wr       = 1.0251000      	u0       = 1.2700000e-02  	
 +a0       = 1.2075000      	keta     = -9.5500000e-03 	a1       = 0.00           	
 +a2       = 0.4000000      	ags      = 0.3268000      	b0       = 4.0000000e-08  	
 +b1       = 0.00           	
 +voff     = -0.2415000     	nfactor  = 2.0000000      	cit      = -1.4900000e-04 	
 +cdsc     = 1.4500000e-05  	cdscb    = 0.00           	cdscd    = 3.8500001e-04  	
 +eta0     = 8.2700000e-03  	etab     = -8.2900000e-02 	dsub     = 0.6936000      	
 +pclm     = 1.8243001      	pdiblc1  = 0.2000000      	pdiblc2  = 1.6800000e-03  	
 +pdiblcb  = 0.2383000      	drout    = 0.1853000      	pscbe1   = 6.3000000e+08  	
 +pscbe2   = 1.0000000e-10  	pvag     = 2.0000000      	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.1842559     	kt2      = -2.7705010e-02 	at       = 3.3000000e+04  	
 +ute      = -1.4842620     	ua1      = -1.6085620e-09 	ub1      = -6.7403140e-19 	
 +uc1      = -4.9096290e-11 	kt1l     = 0.00           	prt      = 0.00           	
 +cj       = 1.060794e-03   	mj       = 0.3802915      	pb       = 0.7619755      	
 +cjsw     = 2.025533e-10   	mjsw     = 0.2567205      	pbsw      = 0.6391692      	
 +cta      = 8.437771e-04   	ctp      = 8.053438e-04   	pta      = 1.465745e-03   	
 +ptp      = 1.857747e-03   	js       = 1.00e-04       	jsw      = 0.00           	
 +cjgate    = 4.53e-10       	         	
 +cgdo     = '1.8e-10+dcgdo_n_zero_18'        	
 +cgso     = '1.8e-10+dcgso_n_zero_18'        	cgbo     = 0.0e+00        	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.53e-10           	
 +dwc      = -4.27e-08      	tlevc    = 1      

  


 **.lib './mm180_lvt33_v111.lib' tt
 ******************************************************************************************
 *         3.3v low vt nmos model     *
 ******************************************************************************************
 .model n_lv_33 nmos
 +level    = 49             	
 +lmin     = 4.5e-7         	lmax     = 5.0e-5         	wmin     = 8.0e-7         	
 +wmax     = 1.0e-4         	tnom     = 27.0           	version  = 3.2            	
 +tox      = '7.00000e-09+dtox_n_lv_33'    	xj       = 1.6000000e-07  	nch      = 1.0241000e+17  	
 +lln      = 1.0000000      	lwn      = 1.0000000      	wln      = 1.0000000      	
 +wwn      = 1.0000000      	lint     = '2.0000000e-08+dlint_n_lv_33'  	ll       = 0.00           	
 +lw       = 0.00           	lwl      = 0.00           	wint     = '1.2249999e-08+dwint_n_lv_33'  	
 +wl       = 0.00           	ww       = 0.00           	wwl      = 0.00           	
 +mobmod   = 1              	xl       = 0              	xw       = 0              	       	
 +dwg      = -2.0000002e-09 	dwb      = 0.00           	binunit  = 2
 +vth0     = '0.3143800+dvth0_n_lv_33'      	k1       = 0.4411720      	k2       = -2.5000002e-03 	
 +k3       = 8.0000000      	wk3      = -1.5000001e-07 	dvt0     = 9.5500000      	
 +dvt1     = 0.6921755      	dvt2     = -1.9199999e-02 	dvt0w    = 1.4999999      	
 +dvt1w    = 3.8390000e+06  	dvt2w    = 0.00           	nlx      = 1.0000000e-07  	
 +w0       = 2.5000000e-07  	k3b      = -2.2000003     	        	
 +vsat     = 1.4600500e+05  	lvsat    = 1.2000000e-02  	pvsat    = 4.0000000e-09  	
 +ua       = 7.4999990e-12  	ub       = 1.4716000e-18  	uc       = 4.2900000e-11  	
 +rdsw     = 3.4000000e+02  	prwb     = 0.2000000      	prwg     = 5.0000000e-02  	
 +wr       = 0.8800000      	u0       = 4.0670000e-02  	a0       = 1.3379101      	
 +keta     = -1.9512800e-02 	lketa    = 1.8000000e-08  	a1       = -1.5000000e-02 	
 +a2       = 0.4950000      	ags      = 0.2799817      	b0       = 0.00           	
 +b1       = 0.00           	
 +voff     = -0.2266667     	nfactor  = 1.9196697      	cit      = -8.2513200e-04 	
 +cdsc     = -5.5000000e-03 	cdscb    = -2.0000001e-03 	cdscd    = -2.3108199e-03 	
 +eta0     = 9.0787900e-02  	etab     = -1.8052302e-02 	dsub     = 0.4388730      	
 +pclm     = 2.0320799      	pdiblc1  = 0.2000000      	pdiblc2  = 8.7416200e-04  	
 +pdiblcb  = 0.2515152      	drout    = 0.5600000      	pscbe1   = 3.2151754e+08  	
 +pscbe2   = 4.7085900e-07  	pvag     = 1.8000000      	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.2100000     	kt2      = 2.2000000e-02  	at       = 3.3000000e+04  	
 +ute      = -1.0548464     	ua1      = 2.0172199e-09  	ub1      = -2.2093869e-18 	
 +uc1      = -6.6587780e-11 	kt1l     = 0.00           	prt      = 0.00           	
 +cj       = 7.367141e-04   	mj       = 0.336086       	pb       = 0.7201007      	
 +cjsw     = 1.73106e-10    	mjsw     = 0.2086389      	pbsw     = 0.6102874      	
 +cta      = 7.477216e-04   	ctp      = 1.326763e-03   	pta      = 1.775738e-03   	
 +ptp      = 2.355726e-03   	js       = 1.00e-04       	jsw      = 0.00           	
 +cjgate    = 5.23e-10       	
 +cgdo     = '3.5e-10+dcgdo_n_lv_33'        	acm      = 3                   hdif     = 3.2e-7    
 +cgso     = '3.5e-10+dcgso_n_lv_33'     	cgbo     = 0.0          	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1             	
 +cf       = 1.392e-10          	rsh      = 8      	        tlevc    = 1  
 +dwc      = 1.225e-08

 ******************************************************************************************
 *        3.3v low vt pmos model     *
 ******************************************************************************************      	           	
            	

 .model p_lv_33 pmos
 +level    = 49             	
 +lmin     = 4.5e-7         	lmax     = 5.0e-5         	wmin     = 8.0e-7         	
 +wmax     = 1.0e-4         	tnom     = 27.0           	version  = 3.2            	
 +tox      = '7.00000e-09+dtox_p_lv_33'    	xj       = 1.8000000e-07  	nch      = 5.3343000e+16  	
 +lln      = 0.7216445      	lwn      = 1.0000000      	wln      = 2.0000000      	
 +wwn      = 0.5480860      	lint     = '8.7500000e-10+dlint_p_lv_33'  	ll       = 1.2489934e-12  	
 +lw       = -8.0000000e-15 	lwl      = -1.8801899e-20 	wint     = '2.6149999e-08+dwint_p_lv_33'  	
 +wl       = -3.3356700e-21 	ww       = -3.7684900e-12 	wwl      = 0.00           	
 +mobmod   = 1              	xl       = 0              	xw       = 0            
 +dwg      = -1.3888889e-08 	dwb      = 5.6433000e-09  	
 +vth0     = '-0.4238060+dvth0_p_lv_33'     	k1       = 0.4537740      	k2       = -1.6830200e-02 	
 +k3       = -2.3458099     	dvt0     = 2.2409160      	dvt1     = 0.7000346      	
 +dvt2     = 5.1822500e-02  	dvt0w    = -0.6666300     	dvt1w    = 1.7665100e+06  	
 +dvt2w    = 0.2730700      	nlx      = 1.0942075e-07  	w0       = 0.00           	
 +k3b      = 0.5537800      	          	
 +vsat     = 1.2313600e+05  	ua       = 9.3385000e-10  	ub       = 8.7038620e-19  	
 +uc       = -4.8379430e-11 	rdsw     = 1.2941917e+03  	prwb     = -3.7754260e-02 	
 +prwg     = -3.0872462e-02 	wr       = 1.2123391      	u0       = 1.2451221e-02  	
 +a0       = 0.5109490      	keta     = -1.2610002e-02 	a1       = 0.00           	
 +a2       = 0.4000000      	ags      = 0.2783000      	b0       = 1.8980900e-07  	
 +b1       = 4.7157910e-07  	
 +voff     = -0.2006746     	nfactor  = 2.0000000      	cit      = -4.5838980e-04 	
 +cdsc     = 1.5963858e-03  	cdscb    = 0.00           	cdscd    = 3.3960306e-03  	
 +eta0     = 4.0173400e-02  	etab     = -2.4490699e-02 	dsub     = 0.8703098      	
 +pclm     = 1.5312500      	pdiblc1  = 0.2000000      	pdiblc2  = 2.4438500e-03  	
 +pdiblcb  = 0.2515152      	drout    = 0.5001400      	pscbe1   = 6.1853930e+08  	
 +pscbe2   = 5.0000000e-05  	pvag     = -0.7000000     	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.3281201     	kt2      = -2.5214884e-02 	at       = 3.3000000e+04  	
 +ute      = -0.6066882     	ua1      = 5.3900000e-09  	ub1      = -8.5040010e-18 	
 +uc1      = -1.9939508e-11 	kt1l     = 0.00           	prt      = 0.00           	
 +cj       = 0.00102        	mj       = 0.336          	pb       = 0.67           	
 +cjsw     = 1.5e-10        	mjsw     = 0.209          	pbsw     = 0.45           	
 +cjgate    = 2.8e-10        	        	
 +cta      = 0.001          	ctp      = 0.0005         	pta      = 0.00142        	
 +ptp      = 0.00156        	js       = 1.00e-04       	jsw      = 0.00           	
 +cgdo     = '3.0e-10+dcgdo_p_lv_33'        	acm      = 3                   hdif     = 3.2e-7
 +cgso     = '3.0e-10+dcgso_p_lv_33'        	cgbo     = 0.0e+00        	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.392e-10           rsh      = 8                    tlevc    = 1       		
 +dwc      = 2.615e-08 

 ******************************************************************************************
 *   1.8v zero vt nmos model            *
 ******************************************************************************************
 .model n_zero_18.1 nmos
 +level    = 49             	
 +lmin     = 3.2e-7         	lmax     = 5.0e-5         	wmin     = 2.5e-7         	
 +wmax     = 1.0e-4         	tnom     = 27.0           	version  = 3.2            	
 +tox      = '4.20e-09+dtox_n_zero_18'    	xj       = 1.6000000e-07  	nch      = 3.8726000e+16  	
 +lln      = 0.2660000      	lwn      = 1.0000000      	wln      = 0.5922000      	
 +wwn      = 0.2000000      	lint     = '0.00+dlint_n_zero_18'           	ll       = 1.8000001e-11  	
 +lw       = 0.00           	lwl      = 2.7500000e-17  	wint     = '6.71e-08+dwint_n_zero_18'  	
 +wl       = -2.3600000e-12 	ww       = -3.2100000e-09 	wwl      = -4.9800000e-14 	
 +mobmod   = 2              	binunit  = 2              	xl       = 0              	
 +xw       = 0              	     	
 +dwg      = -4.0064710e-09 	dwb      = -6.4565710e-10 	
 +acm      = 3           	hdif     = 2.6e-07             	rsh      = 8            	              	
 +vth0     = '-0.292824+dvth0_n_zero_18'     	k1       = 6.0130880e-02  	k2       = 2.8346960e-02  	
 +k3       = -1.6878520     	dvt0     = 0.00           	dvt1     = 0.00           	
 +dvt2     = 0.5000000      	dvt0w    = -4.2279100e-03 	dvt1w    = 1.2608490e+05  	
 +dvt2w    = 5.2103550e-02  	nlx      = 5.5854040e-06  	w0       = 0.00           	
 +k3b      = -1.0744520e-03 	          	
 +vsat     = 1.4120500e+05  	ua       = -4.2000000e-10 	ub       = 1.8938191e-18  	
 +uc       = -5.2402070e-11 	rdsw     = 99.7997000     	prwb     = 0.2000000      	
 +prwg     = 0.2000000      	wr       = 0.9784660      	u0       = 3.9795870e-02  	
 +a0       = 7.6036300      	keta     = -8.2927600e-03 	a1       = 0.00           	
 +a2       = 0.4950000      	ags      = 0.6100000      	b0       = 2.2348240e-07  	
 +b1       = 6.9381160e-07  	
 +voff     = -0.5343230     	nfactor  = 3.8131400      	cit      = -4.6958800e-03 	
 +cdsc     = 4.0000000e-03  	cdscb    = 1.0000000e-03  	cdscd    = 1.0000000e-03  	
 +eta0     = 1.8483700e-03  	etab     = 1.9984799e-03  	dsub     = 0.5600000      	
 +pclm     = 6.0000000      	pdiblc1  = 0.2000000      	pdiblc2  = 0.2000000      	
 +pdiblcb  = 0.2777780      	drout    = 0.5600000      	pscbe1   = 6.6815310e+08  	
 +pscbe2   = 1.0000000e-10  	pvag     = 1.5000000      	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.3209906     	kt2      = -9.4299780e-02 	at       = 3.3000000e+04  	
 +ute      = -0.8586437     	ua1      = 3.4515450e-09  	ub1      = -4.2916300e-18 	
 +uc1      = -3.2124550e-11 	kt1l     = 0.00           	prt      = -60.0000000    	
 +cj       = 0.00116        	mj       = 0.4953         	pb       = 0.9040536      	
 +cjsw     = 1.58e-10       	mjsw     = 0.2248         	php     = 0.7            	
 +cta      = 0.000908       	ctp      = 0.000714       	pta      = 0.00156        	
 +ptp      = 0.00122        	js       = 1.00e-04       	jsw      = 0.00           	
 +cjgate    = 2.88e-10       	          	
 +cgdo     = '4.0e-10+dcgdo_n_zero_18'        	
 +cgso     = '4.0e-10+dcgso_n_zero_18'        	cgbo     = 0.0e+00        	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.533e-10        	tlevc    = 1   

 ******************************************************************************************
 *         3.3v zero vt nmos model     *
 ******************************************************************************************    
 .model n_zero_33 nmos
 +level    = 49             	
 +lmin     = 4.5e-7         	lmax     = 5.05e-5         	wmin     = 8.0e-7         	
 +wmax     = 1.05e-4         	tnom     = 27.0           	version  = 3.2            	
 +tox      = '7.50000e-09+dtox_n_zero_33'    	xj       = 1.6000000e-07  	nch      = 2.5024000e+16  	
 +lln      = 0.2000000      	lwn      = 1.0000000      	wln      = 1.0000000      	
 +wwn      = 1.0000000      	lint     = '-2.0600000e-08+dlint_n_zero_33' 	ll       = 5.4366300e-09  	
 +lw       = 2.0000000e-14  	lwl      = 0.00           	wint     = '8.3950000e-08+dwint_n_zero_33'  	
 +wl       = 0.00           	ww       = -3.5000000e-14 	wwl      = 0.00           	
 +mobmod   = 2              	binunit  = 2              	xl       = 0              	
 +xw       = 0              	
 +dwg      = 0.00           	dwb      = 6.0000000e-09  	
 +vth0     = '6.2318000e-02+dvth0_n_zero_33'  	k1       = 0.2505087      	k2       = 3.0312719e-02  	
 +k3       = -3.2163260     	dvt0     = 2.8485200      	dvt1     = 0.9155145      	
 +dvt2     = -3.6156200e-02 	dvt0w    = -0.5000000     	dvt1w    = 1.0000000e+06  	
 +dvt2w    = -7.2127000e-02 	nlx      = 8.0000000e-08  	w0       = 0.00           	
 +k3b      = 1.4614233e-02  	           	
 +vsat     = 1.2112400e+05  	pvsat    = 3.8005000e-09  	ua       = 6.3300000e-11  	
 +ub       = 1.7016443e-18  	wub      = -2.5050000e-25 	uc       = -9.7855250e-11 	
 +rdsw     = 5.6414910e+02  	prwb     = -8.9352830e-03 	prwg     = -1.6772246e-02 	
 +wr       = 0.9314115      	u0       = 4.3425860e-02  	a0       = 1.5000000      	
 +keta     = -1.8150601e-02 	lketa    = 1.0005000e-08  	a1       = -8.3286230e-02 	
 +a2       = 0.9917943      	ags      = 0.3115282      	b0       = 0.00           	
 +b1       = 0.00           	
 +voff     = -0.2186260     	nfactor  = 1.0579700      	cit      = -1.2551600e-04 	
 +cdsc     = 1.3512136e-03  	cdscb    = 0.00           	cdscd    = 0.00           	
 +eta0     = 2.5119600e-03  	etab     = 0.00           	dsub     = 0.2000000      	
 +pclm     = 2.6817601      	pdiblc1  = 0.2000000      	pdiblc2  = 1.0000000e-03  	
 +pdiblcb  = 0.2012542      	drout    = 0.5600000      	pscbe1   = 2.5877456e+08  	
 +pscbe2   = 1.7413988e-07  	pvag     = 1.5000000      	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.2100000     	kt2      = 2.2000000e-02  	at       = 3.3000000e+04  	
 +ute      = -0.9198974     	ua1      = 9.9095510e-10  	ub1      = -2.7372970e-18 	
 +uc1      = -2.2149076e-11 	kt1l     = 0.00           	prt      = 3.0000000e+02  	
 +cj       = 0.001757       	mj       = 0.329          	pb       = 0.689          	
 +cjsw     = 1.57e-10       	mjsw     = 0.305          	php     = 1.25           	
 +cta      = 0.00517        	ctp      = 0.00074        	pta      = -0.00591       	
 +ptp      = 0.00482        	js       = 1.00e-04       	jsw      = 0.00           	
 +cgdo     = '1.0e-10+dcgdo_n_zero_33'        	cjgate   = 2.04e-10
 +cgso     = '1.0e-10+dcgso_n_zero_33'        	cgbo     = 0.0          	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.362e-10          	
 +dwc      = 8.395e-08      	tlevc    = 1             	
 +acm      = 3                  hdif     = 3.2e-7               rsh      = 8   

  
 .endl mos_18
 .lib 'cic018.l' bjt
 ******************************************************************************************
 *                  0.18um mixed mode vertical pnp model            *
 ******************************************************************************************
 .model pnp_v50x50 pnp
 +level  = 1                  
 + is = 5.65e-18 	bf = 1.38 	      	nf = 1.054 
 + vaf = 788 		ikf = 0.0021 		ise = 1e-20 
 + ne = 1.049 		br = 0.000135 		nr = 1.02 
 + var = 55 	      	ikr = 0.0021 		isc = 1.05e-12 
 + nc = 1.45 		rb = 268 	      	irb = 2.3e-05 
 + rbm = 59.48 		re = 0.001 	      	rc = 0.22 
 + tlevc = 1 		xtb = 1.48 	      	eg = 1.27 
 + xti = 2.38 		trb1 = 0.0038 		cje = 2.85e-14 
 + vje = 0.762 		mje = 0.405 		cjc = 2.81e-14 
 + vjc = 0.458 		mjc = 0.75 	          	fc = 0.5
 + trm1= 0.0035           
 *                                                          


 ******************************************************************************************
 *                  0.18um mixed mode vertical pnp model             *
 ******************************************************************************************
 .model pnp_v100x100 pnp
 +level  = 1                  
 + is = 2.8e-17 	      bf = 1.37 			nf = 1.056 
 + vaf = 785 		ikf = 0.005 		ise = 1.2e-18 
 + ne = 1.049 		br = 0.00063 		nr = 1.06 
 + var = 55 		      ikr = 0.027 		isc = 1.95e-12 
 + nc = 1.44 		rb = 66.4 		      irb = 1e-06 
 + rbm = 59.48 		re = 0.001 		      rc = 0.22 
 + tlevc = 1 		xtb = 1.298 		eg = 1.27 
 + xti = 1.98 		trb1 = 0.004 		tre1 = 0.001 
 + cje = 1.24e-13   	vje = 0.762 		mje = 0.395 
 + cjc = 4.81e-14 	      vjc = 0.458 		mjc = 0.75 
 + fc = 0.5                    trm1 = 0.004 

 .endl bjt
 .lib 'cic018.l' diode
 *******************************************************************************************
 *                          0.18um mixedmode n+/pwell diode model                         *
 ******************************************************************************************
 .model dn d
 + level = 3 		area = 8e-09 		pj = 0.00035 
 + is = 2.92e-07 	      jsw = 3.33e-13 		n = 1.03 
 + rs = 4e-08 		ik = 2.35e+04 		ikr = 1230 
 + bv = 9.22 		ibv = 1e-3		      tref = 27 
 + tlev = 1 		      eg = 1.2	      	xti = 3.0 
 + trs = 1e-06 		cj = 0.00119 		mj = 0.515
 + ctp = 0.000914        tphp      = 0.000924
 + cta = 0.000919        tpb      = 0.00158 
 + pb = 0.79 		cjsw = 1.6e-10 		mjsw = 0.381 
 + php = 0.705           tlevc = 1

 ******************************************************************************************
 *                          0.18um mixedmode p+/nwell diode model                         *
 ******************************************************************************************
 .model dp d
 + level = 3 		area = 8e-09 		pj = 0.00035 
 + is = 1.27e-07      	jsw = 2.2e-13 		n = 1.01 
 + rs = 3.25e-08 	ik = 3.65e+04 		ikr = 1270 
 + bv = 9.21 		ibv = 1e-3 		tref = 27 
 + tlev = 1 		      eg = 1.27 		xti = 3 
 + trs = 0.00049 	      cj = 0.00114 		mj = 0.395
 + cta  = 0.001              ctp      = 7.53e-04         tpb      = 1.55e-03
 + tphp  = 1.24e-03 
 + pb = 0.762 		cjsw = 1.74e-10 	mjsw = 0.324 
 + php = 0.665           tlevc = 1
 *
 .endl diode
 .lib 'cic018.l' res

 **************************************************************************************************************** 
 *             non salicide n+ poly resistor subcircuit netlist for typical case                                * 
 **************************************************************************************************************** 
 .subckt rnnpo n2 n1 pw
 .param rend='17e-6+drend_rnnpo'  rs='113+drs_rnnpo'  dw='-0.097e-6+ddw_rnnpo'  
 .param vcr1=-0.00376e-6  vcr2=-0.08474e-12  tc1=-1.6e-4  tc2=4.18e-7  temp= 'temper'  wr=1  lr=1
 .param tcoef = '1.0+tc1*(temp-25.0)+tc2*pow((temp-25.0),2)'  
 +ca   = 9.0755e-5

 c1 pw n1 'ca*(wr+dw)*lr/2'
 r1 n2 n1 '((2*rend/(wr+dw))+(rs*lr/(wr+dw)))*(1.0+vcr1*abs(v(n1,n2)/lr)+vcr2*pow(abs(v(n1,n2))/lr,2))*tcoef'
 c2 pw n2 'ca*(wr+dw)*lr/2'  

 .ends rnnpo


 ****************************************************************************************************************  
 *             non salicide p+ poly resistor subcircuit netlist for typical case                                * 
 **************************************************************************************************************** 
 .subckt rnppo n2 n1 nw
 .param rend='105e-6+drend_rnppo' rs='352+drs_rnppo' dw='-0.046e-6+ddw_rnppo' 
 .param vcr1=-0.0106e-6   vcr2=-0.205e-12  tc1=-2.84e-4  tc2=3e-7  temp= 'temper'  wr=1  lr=1
 .param tcoef = '1.0+tc1*(temp-25.0)+tc2*pow((temp-25.0),2)'    
 +ca   = 9.0755e-5

 c1 n1 nw 'ca*(wr+dw)*lr/2'
 r1 n2 n1 '((2*rend/(wr+dw))+(rs*lr/(wr+dw)))*(1.0+vcr1*abs(v(n1,n2)/lr)+vcr2*pow(abs(v(n1,n2))/lr,2))*tcoef'
 c2 n2 nw 'ca*(wr+dw)*lr/2'  

 .ends rnppo


 ****************************************************************************************************************  
 *             non salicide hr poly resistor subcircuit netlist for typical case                                * 
 **************************************************************************************************************** 
 .subckt rnhr1000 n2 n1 nw 
 .param rend='120e-6+drend_rnhr1000' rs='1039+drs_rnhr1000' dw='-0.043e-6+ddw_rnhr1000'
 .param vcr1=-0.035e-6   vcr2=-0.25e-12  tc1=-8.34e-4  tc2=1.3e-6  temp= 'temper'  wr=1  lr=1
 .param tcoef = '1.0+tc1*(temp-25.0)+tc2*pow((temp-25.0),2)'    
 +ca   = 9.0755e-5

 c1 n1 nw 'ca*(wr+dw)*lr/2'
 r1 n2 n1 '((2*rend/(wr+dw))+(rs*(lr-0.4e-6)/(wr+dw)))*(1.0+vcr1*abs(v(n1,n2)/lr)+vcr2*pow(abs(v(n1,n2))/lr,2))*tcoef'
 c2 n2 nw 'ca*(wr+dw)*lr/2'

 .ends rnhr1000

 .endl res
 .lib 'cic018.l' cap
 *
 *     #########################################
 *     #                                       #
 *     #  0.18um rfcmos mim_sh hspice model    #
 *     #                                       #  
 *     #########################################
 *
 .subckt mimcaps 1 2 nx=1 ny=1 l=20e-6 w=20e-6 

 **********************************************
 .param dt='temper-25'
 .param leb='ny*(l+1.7e-6)+4.3e-6'        
 .param wb='nx*(w+1.7e-6)+4.3e-6'
 .param cn='0.001'
 .param cox='5.4478e-6'
 .param n='nx*ny'
 .param cs='n*(l*w*cn+1.5e-10*(l+w))*(1+3e-5*dt+1e-8*dt*dt)'
 .param cox1='(leb*wb*cox+3.382e-11*(leb+wb))/2'
 .param cox2= 'cox1'
 .param rs='2.0667e-2*leb/wb'
 .param k='wb/(wb+2*(1e-4-wb/2-3.25e-5))'
 .param k1='sqrt(1-k*k)'
 .param f='1/(log(2*(1+sqrt(k1))/(1-sqrt(k1))))'
 .param ls='1e-7*leb/f*(0.0074*(leb/wb)+0.2399+0.7363/(leb/wb))'
 * --------- equivalent network -------------------
 *
 c 1 11 'cs*(1.0027-0.0002*v(2,1)+3e-5*v(2,1)*v(2,1))'
 l 11 12 ls
 r 12 2 rs
 *c1 11 999 cox1
 *c2 2 999 cox2
 *
 .ends
 .endl cap
 .endl ss
 .alter
 $ alter processing continues $
  **warning** (cic018.l:234) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:234) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:235) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:235) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:239) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:240) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:243) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:243) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:247) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:248) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:148) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:148) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:149) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:149) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:153) expression -10*0.09        not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:154) expression -10*0.09        not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:157) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:157) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:161) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:162) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead


 **warning**  the accurate option increases  the cpu time but the results
                are more accurate.
 ***accurate option sets default value of the options: 
 lvltim= 4         dvdt= 3       relvar= 200.00m absvar= 200.00m
     ft= 200.00m relmos=  10.00m
 (used for FFT control ) fft_accurate= 1
1****** HSPICE -- B-2008.09-SP1 32-BIT (Nov 24 2008) linux ******               
 ******  
 ac response

  ******  circuit name directory
 circuit number to circuit name directory
   number circuitname                     definition         multiplier
        0 main circuit
        1 xop.                            aicopamp           1.00 


  **warning**  in element=  1:ccm2r            defined in subckt aicopamp        
     capacitance =    0.00     <= 0 farad, please verify it.


 ***************************************************************************
 ***        model parameters  model name:   0:n_18.1   model type:nmos   ***
 ***************************************************************************

   *** general parameters ***
    deriv=   0.           

   ***  level 49  model parameters  ***

      hspver=    2006.03               level=         49         
     version=        3.2            paramchk=          0         
      apwarn=          1                lite=          0         
      vgslim=          0             binUnit=          1         
      capMod=          2               xpart=          1         
      mobMod=          1              nqsMod=          0         
      stiMod=          0                 elm=          5         
    sfvtflag=          0                 tox=   4.37e-09 meter   
          xj=    1.6e-07 meter       binflag=          0         
        lmin=    1.8e-07 meter          lmax=      5e-05 meter   
        wmin=    2.5e-07 meter          wmax=     0.0001 meter   
        lref=          0 meter          wref=          0 meter   
        lint=  1.587e-08 meter          wint=  1.022e-08 meter   
       lmult=          1               wmult=          1         
          ll= -1.062e-15                 lln=          1         
          lw=  2.996e-15                 lwn=          1         
         lwl=          0                  wl=          0         
         wln=          1                  ww=  7.262e-16         
         wwn=          1                 wwl=          0         
         dwg= -3.396e-09 m/V             dwb=  1.346e-09 m/V^1/2 
          xl=  2.095e-07                  xw=     -2e-08         
          a0=       1.93                 ags=     0.5072 V^-1    
          b0=  1.486e-06 meter            b1=  9.064e-06 meter   
        keta=    0.01752 V^-1           voff=    -0.1088 V       
       ngate=      1e+23 cm^-3           vbx=          0 V       
         vbm=         -3 V                xt=   1.55e-07 meter   
        vth0=      0.322 V               nch= 3.7446e+17 cm^-3   
        nsub=      6e+16 cm^-3           nlx=  4.279e-07 meter   
      gamma1=          0 V^-1/2       gamma2=          0 V^-1/2  
          k1=     0.4578 V^1/2            k2=   -0.02638         
          k3=     -10.88                 k3b=     0.2379 V^-1    
          w0= -8.813e-08 meter          dvt0=     0.4042         
        dvt1=     0.3237                dvt2=    -0.8602 V^-1    
       dvt0w=      0.383 meter^-1      dvt1w=     600000 meter^-1
       dvt2w=     -0.025 V^-1           dsub=   0.001592         
        eta0=   0.001004                etab=  -0.001459 V^-1    
          u0=      314.1 cm^2/V/sec         ua= -9.201e-10 m/V     
          ub=  1.907e-18 (m/V)^2          uc=  4.355e-11 V^-1    
        vsat=      72580 m/sec            a1=          0 v^-1    
          a2=          1               delta=       0.01 V       
        rdsw=      4.905 ohm-um         prwg=          0 V^-1    
        prwb=          0 V^-1/2           wr=          1         
        pclm=      1.091             pdiblc1=   0.003061         
     pdiblc2=      1e-06             pdiblcb=          0 V^-1    
      pscbe1=  4.866e+08 V/m          pscbe2=    2.8e-07 V/m     
       drout=   0.001592                pvag=    -0.2958         
     nfactor=      1.038                cdsc=   0.002275 f/m^2   
       cdscb=  0.0008241 f/V/m^2       cdscd=    -0.0005 f/V/m^2 
         cit=  -0.001511 f/m^2        alpha0=          0 m/V     
       beta0=         30 V               dlc=      4e-08 meter   
         dwc=          0 meter           clc=      1e-07 meter   
         cle=        0.6                cgso=  2.015e-10 f/m     
        cgdo=    2.1e-10 f/m            cgbo=          0 f/m     
        cgsl=          0 f/m            cgdl=          0 f/m     
      ckappa=        0.6                  cf=  1.533e-10 f/m     
        acde=          1 m/V            moin=         15 V^1/2   
        toxm=    4.2e-09 m            dtoxcv=          0 m       
         vfb (not used)                alpha1=          0 1/V     
        ijth=          0 A              noff=          1         
      voffcv=          0                 tcj=          0 1/K     
       tcjsw=          0 1/K          tcjswg=          0 1/K     
         tpb=          0 V/K           tpbsw=          0 V/K     
      tpbswg=          0 V/K             llc=  -6.64e-15         
         lwc=          0                lwlc=          0         
         wlc=          0                 wwc=          0         
        wwlc=          0                tnom=     298.15 K       
         kt1=    -0.2255 V              kt1l= -4.275e-09         
         kt2=   -0.02527                 ute=     -1.186         
         ua1=  2.253e-09 m/V             ub1= -2.673e-18 (m/V)^2 
         uc1= -3.832e-11 m/V^2            at=      14490 m/s     
         prt=     -10.18         
         using Berkeley noise model       noiMod=          1         
        noia=      1e+20                noib=      50000         
        noic=   -1.4e-12                  em=    4.2e+07         
          ef=          1                  af=          1         
          kf=      1e-29              gdsnoi=-1.23457e-29         
         using Hspice diodes            using ACM 
         acm=         3                 hdif=   2.6e-07 meter    
        ldif=     8e-08 meter             js=     1e-06 amp/m^2  
         jsw=     7e-11 amp/m            xti=         3          
           n=         1                   cj=  0.001133 f/m^2    
          mj=     0.443                   pb=     0.823 V        
        cjsw=  1.49e-10 f/m             mjsw=      0.33          
         php=      0.88 V               pbsw (not used)           
      cjgate= 5.555e-10 f/m            cjswg (not used)           
       mjswg (not used)                 pbswg (not used)           
         la0=    -0.4667                lags=     0.3028         
       lketa=   -0.01942               lvoff=  -0.004208         
       lvth0=     0.0024                lnlx= -2.854e-08         
       leta0=   0.001574            lpdiblc2=  -0.004752         
         wa0=   -0.04731                wags=   0.004242         
       wvoff= -0.0004078               wvth0=    0.07227         
         wu0=      -3.96                 wua=  -1.88e-11         
       wvsat=       5066                wute=    0.06373         
         wat=       7067                 pa0=   -0.02649         
       pvoff= -0.0003788               pvth0=     -0.001         
         pw0=    1.3e-09                 pub=    3.8e-20         
       pvsat=        140         
 ***************************************************************************
 ***        model parameters  model name:   0:p_18.1   model type:pmos   ***
 ***************************************************************************

   *** general parameters ***
    deriv=   0.           

   ***  level 49  model parameters  ***

      hspver=    2006.03               level=         49         
     version=        3.2            paramchk=          0         
      apwarn=          1                lite=          0         
      vgslim=          0             binUnit=          1         
      capMod=          2               xpart=          1         
      mobMod=          3              nqsMod=          0         
      stiMod=          0                 elm=          5         
    sfvtflag=          0                 tox=    4.3e-09 meter   
          xj=      1e-07 meter       binflag=          0         
        lmin=    1.8e-07 meter          lmax=      5e-05 meter   
        wmin=    2.5e-07 meter          wmax=     0.0001 meter   
        lref=          0 meter          wref=          0 meter   
        lint= -1.041e-08 meter          wint= -1.525e-07 meter   
       lmult=          1               wmult=          1         
          ll=  6.635e-15                 lln=          1         
          lw= -2.873e-16                 lwn=          1         
         lwl=          0                  wl=          0         
         wln=          1                  ww=  1.236e-14         
         wwn=          1                 wwl=          0         
         dwg= -1.251e-07 m/V             dwb= -1.039e-07 m/V^1/2 
          xl=    9.8e-08                  xw=     -2e-08         
          a0=       1.35                 ags=     0.3818 V^-1    
          b0= -3.088e-07 meter            b1=          0 meter   
        keta=    0.01044 V^-1           voff=    -0.1073 V       
       ngate=      1e+23 cm^-3           vbx=          0 V       
         vbm=         -3 V                xt=   1.55e-07 meter   
        vth0=      -0.47 V               nch=  6.231e+17 cm^-3   
        nsub=      6e+16 cm^-3           nlx=   2.53e-07 meter   
      gamma1=          0 V^-1/2       gamma2=          0 V^-1/2  
          k1=     0.5704 V^1/2            k2=   0.006973         
          k3=     -2.833                 k3b=      1.326 V^-1    
          w0= -1.943e-07 meter          dvt0=     0.4885         
        dvt1=    0.07578                dvt2=     0.1187 V^-1    
       dvt0w=    -0.1261 meter^-1      dvt1w=      24790 meter^-1
       dvt2w=     0.6915 V^-1           dsub=     1.9191         
        eta0=      1.071                etab=    -0.9291 V^-1    
          u0=     120.94 cm^2/V/sec         ua=   1.54e-09 m/V     
          ub=  2.646e-19 (m/V)^2          uc=   -0.09587 V^-1    
        vsat=      53400 m/sec            a1=          0 v^-1    
          a2=          1               delta=       0.01 V       
        rdsw=      792.1 ohm-um         prwg=          0 V^-1    
        prwb=          0 V^-1/2           wr=          1         
        pclm=      2.653             pdiblc1=          0         
     pdiblc2=      5e-06             pdiblcb=          0 V^-1    
      pscbe1=  4.866e+08 V/m          pscbe2=    2.8e-07 V/m     
       drout=      1.457                pvag=      1.262         
     nfactor=      1.535                cdsc=  0.0007578 f/m^2   
       cdscb=     0.0001 f/V/m^2       cdscd= -2.883e-05 f/V/m^2 
         cit=  -0.001067 f/m^2        alpha0=          0 m/V     
       beta0=         30 V               dlc=   7.01e-08 meter   
         dwc=          0 meter           clc=      1e-07 meter   
         cle=        0.6                cgso=  1.854e-10 f/m     
        cgdo=  1.854e-10 f/m            cgbo=          0 f/m     
        cgsl=          0 f/m            cgdl=          0 f/m     
      ckappa=        0.6                  cf=  1.533e-10 f/m     
        acde=          1 m/V            moin=         15 V^1/2   
        toxm=    4.2e-09 m            dtoxcv=          0 m       
         vfb (not used)                alpha1=          0 1/V     
        ijth=          0 A              noff=          1         
      voffcv=          0                 tcj=          0 1/K     
       tcjsw=          0 1/K          tcjswg=          0 1/K     
         tpb=          0 V/K           tpbsw=          0 V/K     
      tpbswg=          0 V/K             llc=  -1.31e-14         
         lwc=          0                lwlc=          0         
         wlc=          0                 wwc=          0         
        wwlc=          0                tnom=     298.15 K       
         kt1=    -0.2294 V              kt1l= -8.204e-09         
         kt2=  -0.009487                 ute=    -0.4484         
         ua1=  4.571e-09 m/V             ub1= -6.026e-18 (m/V)^2 
         uc1=    -0.0985 m/V^2            at=      12030 m/s     
         prt=          0         
         using Berkeley noise model       noiMod=          1         
        noia=      1e+20                noib=      50000         
        noic=   -1.4e-12                  em=    4.2e+07         
          ef=          1                  af=          1         
          kf=      1e-29              gdsnoi=-1.23457e-29         
         using Hspice diodes            using ACM 
         acm=         3                 hdif=   2.6e-07 meter    
        ldif=     8e-08 meter             js=     3e-06 amp/m^2  
         jsw=  4.22e-11 amp/m            xti=         3          
           n=         1                   cj=  0.001364 f/m^2    
          mj=     0.395                   pb=     0.762 V        
        cjsw=  1.98e-10 f/m             mjsw=     0.324          
         php=     0.665 V               pbsw (not used)           
      cjgate=  1.98e-10 f/m            cjswg (not used)           
       mjswg (not used)                 pbswg (not used)           
         la0=     -0.281                lags=    0.04454         
       lketa=     -0.012               lvoff= -0.0009871         
       lvth0=     0.0044                lnlx= -1.584e-08         
         lua= -8.253e-11            lpdiblc2=   0.003012         
         wa0=   -0.04807                wags=   -0.04277         
       wvoff=  -0.009816               wvth0=    -0.0303         
         wua=   2.63e-09               wvsat=     -14200         
       wrdsw=      10.07                wute=    -0.2682         
         wat=      -6405                wprt=      226.6         
         pa0=    0.08661                pags=   -0.04076         
       pvoff= -9.833e-05               pvth0=     0.0035         
         pua=  5.855e-11               pvsat=     -377.1         
 
      
  Opening plot unit= 15
 file=11_ac.pa2                                                                


 **diagnostic** dc convergence failure, 
 resetting dcon option to 1 and retrying

 **diagnostic** dc convergence successful
 you can increase the efficiency of the
 operating point calculation by setting dcon= 1
 in the .option statement
1****** HSPICE -- B-2008.09-SP1 32-BIT (Nov 24 2008) linux ******               
 ******  
 ac response

  ******  operating point information tnom=  25.000 temp=  25.000 *****
 ***** operating point status is all       simulation time is     0.     
    node    =voltage      node    =voltage      node    =voltage

 +0:iref    = 560.1723m 0:vdd     =   1.8000  0:vinn    = 900.0000m
 +0:vinp    = 900.0000m 0:vocm    = 900.0000m 0:von     =   1.1611 
 +0:vop     =   1.1611  0:vss     =   0.      1:net102  = 567.8823m
 +1:net102r = 567.8823m 1:net110  = 567.8823m 1:net110r = 567.8823m
 +1:net15   =   1.2537  1:net28   =   1.2716  1:net32   =   1.2537 
 +1:net34   = 735.3423m 1:net34r  = 735.3422m 1:net36   =   1.1636 
 +1:net39   = 329.7364m 1:net47   = 824.7788m 1:net9    =   1.2298 
 +1:vb1     = 481.0753m 1:vcmc    = 884.4164m 1:vcmcb   =   1.0639 
 +1:vol     = 567.8823m 1:vol2    = 859.0035m 1:vor     = 567.8823m
 +1:vor2    = 859.0036m


 ****  voltage sources

 subckt                                                         
 element  0:vdd      0:vgnd     0:vocm     0:vinp     0:vinn    
  volts      1.8000     0.       900.0000m  900.0000m  900.0000m
  current -698.9555u  556.4878u   26.3611u    0.         0.     
  power      1.2581m    0.       -23.7250u    0.         0.     

     total voltage source power dissipation=    1.2344m       watts



 ***** current sources

 subckt             
 element  0:iref    
  volts      1.2398 
  current    1.9686u
  power     -2.4407u


     total current source power dissipation=  -2.4407u       watts

 **** resistors

 subckt                         xop        xop        xop        xop       
 element  0:rload1   0:rload2   1:rr1      1:rr0      1:rr2      1:rp2r    
  r value   20.0000k   20.0000k   20.0000k   20.0000k   10.0000k   10.0000u
  v drop     1.1611     1.1611   -68.7295m  -68.7300m -263.6108m    0.     
  current   58.0533u   58.0533u   -3.4365u   -3.4365u  -26.3611u    0.     
  power     67.4038u   67.4037u  236.1875n  236.1907n    6.9491u    0.     

 subckt   xop        xop        xop       
 element  1:rp2      1:rp1r     1:rp1     
  r value   10.0000u   30.0000k   30.0000k
  v drop     0.         0.         0.     
  current    0.         0.         0.     
  power      0.         0.         0.     



 **** mosfets


 subckt   xop        xop        xop        xop        xop        xop       
 element  1:mm13     1:mm12     1:mm11     1:mm15_r   1:mm15     1:mm14    
 model    0:n_18.1   0:n_18.1   0:n_18.1   0:p_18.1   0:p_18.1   0:p_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati   Saturati
  id        47.5531u   47.5531u   95.1062u  -18.6570u  -18.6570u  -66.2102u
  ibs       -2.3397f   -2.3397f -2.865e-20  2.558e-21  2.558e-21  8.055e-21
  ibd       -8.8954f   -8.8954f   -2.3396f  537.1080a  537.1080a  571.3150a
  vgs      570.2636m  570.2636m  560.1723m -772.5997m -772.5997m -915.5836m
  vds      923.9386m  923.9386m  329.7364m -685.7926m -685.7926m -546.3250m
  vbs     -329.7364m -329.7364m    0.         0.         0.         0.     
  vth      535.9564m  535.9564m  436.8503m -535.0059m -535.0059m -529.5187m
  vdsat     84.1327m   84.1327m  130.3882m -229.3998m -229.3998m -346.0958m
  vod       34.3072m   34.3072m  123.3220m -237.5938m -237.5938m -386.0649m
  beta      19.6577m   19.6577m   11.2886m  671.1843u  671.1843u  987.9908u
  gam eff  515.9597m  515.9597m  507.4460m  557.0846m  557.0846m  557.0846m
  gm       894.1942u  894.1942u    1.1832m  137.4643u  137.4643u  304.4257u
  gds       11.7673u   11.7673u   16.5943u  835.7488n  835.7488n    4.8961u
  gmb      152.0523u  152.0523u  249.2748u   42.9383u   42.9383u   98.3842u
  cdtot     68.5253f   68.5253f   82.4455f   15.3792f   15.3792f   24.1331f
  cgtot    202.3277f  202.3277f  389.9258f   82.4271f   82.4271f  124.6368f
  cstot    236.0382f  236.0382f  446.0783f   99.4569f   99.4569f  149.3849f
  cbtot    161.1509f  161.1509f  230.8393f   50.4849f   50.4849f   74.8750f
  cgs      161.3142f  161.3142f  341.8021f   72.2787f   72.2787f  110.0587f
  cgd       16.4706f   16.4706f   16.7504f    4.0637f    4.0637f    6.4677f



 subckt   xop        xop        xop        xop        xop        xop       
 element  1:mm14_r   1:mm16_r   1:mm16     1:mm22_r   1:mm21_r   1:mm22    
 model    0:p_18.1   0:n_18.1   0:n_18.1   0:n_18.1   0:p_18.1   0:n_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati   Saturati
  id       -66.2102u   18.6570u   18.6570u   19.2319u  -19.2319u   19.2319u
  ibs      8.055e-21 -4.163e-21 -4.163e-21 -8.888e-21  4.777e-21 -8.888e-21
  ibd      571.3150a -482.5359a -482.5359a   -1.8322f    1.3036f   -1.8322f
  vgs     -915.5836m  560.1723m  560.1723m  567.8823m -736.0506m  567.8823m
  vds     -546.3250m  567.8823m  567.8823m  859.0036m -940.9964m  859.0035m
  vbs        0.         0.         0.         0.         0.         0.     
  vth     -529.5187m  422.8549m  422.8549m  488.2088m -573.4033m  488.2088m
  vdsat   -346.0958m  139.3380m  139.3380m  109.5411m -187.0560m  109.5411m
  vod     -386.0649m  137.3174m  137.3174m   79.6736m -162.6472m   79.6736m
  beta     987.9908u    1.8500m    1.8500m    3.7251m    1.1771m    3.7251m
  gam eff  557.0846m  507.4461m  507.4461m  507.4460m  557.0846m  507.4460m
  gm       304.4257u  216.8565u  216.8565u  291.9838u  189.8043u  291.9838u
  gds        4.8961u    2.4180u    2.4180u    3.5526u    1.1625u    3.5526u
  gmb       98.3842u   45.3218u   45.3218u   59.8775u   56.9929u   59.8775u
  cdtot     24.1331f   11.8906f   11.8906f   15.4906f   16.4738f   15.4906f
  cgtot    124.6368f   63.1148f   63.1148f   44.9746f   44.6370f   44.9746f
  cstot    149.3849f   71.7585f   71.7585f   56.9567f   60.6443f   56.9567f
  cbtot     74.8750f   35.4097f   35.4097f   38.3515f   41.9856f   38.3515f
  cgs      110.0587f   55.4550f   55.4550f   37.5489f   37.1530f   37.5489f
  cgd        6.4677f    2.6171f    2.6171f    3.2185f    3.9329f    3.2185f



 subckt   xop        xop        xop        xop        xop        xop       
 element  1:mm21     1:mm34_r   1:mm32_r   1:mm31_r   1:mm33_r   1:mm34    
 model    0:p_18.1   0:n_18.1   0:n_18.1   0:p_18.1   0:p_18.1   0:n_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati   Saturati
  id       -19.2319u   60.9131u   56.4464u  -56.4464u -115.5301u   60.9131u
  ibs      4.777e-21 -2.815e-20 -2.609e-20  1.040e-20  1.584e-20 -2.815e-20
  ibd        1.3036f   -7.4296f -392.0937a  461.9063a  416.9931a   -7.4296f
  vgs     -736.0506m  567.8823m  859.0036m   -1.0647    -1.0647   567.8823m
  vds     -940.9965m    1.1611   735.3422m   -1.0647  -638.9336m    1.1611 
  vbs        0.         0.         0.         0.         0.         0.     
  vth     -573.4033m  485.2631m  489.4251m -564.5134m -550.9276m  485.2631m
  vdsat   -187.0560m  111.4316m  317.0258m -463.2748m -464.4845m  111.4316m
  vod     -162.6472m   82.6192m  369.5785m -500.1445m -513.7302m   82.6192m
  beta       1.1771m   11.1759m  924.2948u  471.2709u  969.3895u   11.1759m
  gam eff  557.0846m  507.4460m  507.4473m  557.0845m  557.0845m  507.4460m
  gm       189.8043u  910.1599u  273.2664u  198.6451u  386.7725u  910.1599u
  gds        1.1625u   10.6889u    5.4742u    3.2154u   13.6660u   10.6889u
  gmb       56.9929u  185.3174u   53.7096u   64.1015u  125.4183u  185.3174u
  cdtot     16.4738f   44.3741f    3.9767f    6.3149f   13.1552f   44.3741f
  cgtot     44.6370f  135.3498f   11.6006f   19.0405f   38.7403f  135.3498f
  cstot     60.6443f  171.3632f   14.7453f   25.1026f   49.7079f  171.3632f
  cbtot     41.9856f  112.9860f    9.5623f   16.1849f   31.7119f  112.9860f
  cgs       37.1530f  113.0351f    9.9394f   16.1218f   32.8938f  113.0351f
  cgd        3.9329f    9.6479f  809.0279a    1.6662f    3.4756f    9.6479f



 subckt   xop        xop        xop        xop        xop        xop       
 element  1:mm32     1:mm31     1:mm33     1:mm9fb    1:mm6fb    1:mm3fb   
 model    0:n_18.1   0:p_18.1   0:p_18.1   0:n_18.1   0:n_18.1   0:n_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati   Saturati
  id        56.4463u  -56.4463u -115.5301u   47.1700u   47.1700u   46.6355u
  ibs     -2.609e-20  1.040e-20  1.584e-20 -2.180e-20 -2.180e-20 -2.155e-20
  ibd     -392.0937a  461.9063a  416.9934a   -5.1877f   -5.1877f   -4.8379f
  vgs      859.0035m   -1.0647    -1.0647   560.1723m  560.1723m  560.1723m
  vds      735.3423m   -1.0647  -638.9340m  884.4164m  884.4164m  824.7788m
  vbs        0.         0.         0.         0.         0.         0.     
  vth      489.4251m -564.5134m -550.9276m  487.9608m  487.9608m  488.5424m
  vdsat    317.0258m -463.2747m -464.4844m  104.8228m  104.8228m  104.4605m
  vod      369.5784m -500.1443m -513.7301m   72.2114m   72.2114m   71.6299m
  beta     924.2949u  471.2709u  969.3896u   10.2435m   10.2435m   10.2434m
  gam eff  507.4473m  557.0845m  557.0845m  507.4460m  507.4460m  507.4460m
  gm       273.2663u  198.6451u  386.7724u  742.2674u  742.2674u  736.1165u
  gds        5.4742u    3.2154u   13.6660u    8.9579u    8.9579u    8.9714u
  gmb       53.7096u   64.1015u  125.4183u  152.4141u  152.4141u  151.3630u
  cdtot      3.9767f    6.3149f   13.1551f   42.4182f   42.4182f   42.8456f
  cgtot     11.6006f   19.0405f   38.7403f  122.4798f  122.4798f  122.3764f
  cstot     14.7453f   25.1026f   49.7079f  154.9865f  154.9865f  154.8576f
  cbtot      9.5623f   16.1849f   31.7119f  105.2997f  105.2997f  105.7204f
  cgs        9.9394f   16.1218f   32.8938f  101.7517f  101.7517f  101.6483f
  cgd      809.0279a    1.6662f    3.4756f    8.8618f    8.8618f    8.8639f



 subckt   xop        xop        xop        xop        xop        xop       
 element  1:mm8fb    1:mm7fb    1:mm5fb    1:mm2fb    1:mm1fb    1:mm4fb   
 model    0:p_18.1   0:p_18.1   0:p_18.1   0:p_18.1   0:p_18.1   0:p_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati   Saturati
  id       -66.8252u  -66.8252u  -27.5149u  -46.6355u  -53.5085u  -53.8760u
  ibs      1.879e-20  1.660e-20  6.835e-21  1.311e-20  1.329e-20  1.338e-20
  ibd        1.3820f  731.9732a    1.0637f    1.4455f  473.9549a  528.9696a
  vgs     -790.5557m -915.5836m -682.5355m -748.7207m -975.2212m -975.2212m
  vds     -387.2146m -528.3690m -279.1944m -405.0172m -570.2040m -636.3892m
  vbs        0.         0.         0.         0.         0.         0.     
  vth     -576.0521m -573.4058m -573.4029m -576.0516m -573.4070m -573.4070m
  vdsat   -232.6367m -338.9305m -144.8157m -197.4401m -389.8024m -389.8026m
  vod     -214.5036m -342.1778m -109.1326m -172.6691m -401.8142m -401.8142m
  beta       2.6498m    1.1432m    3.2654m    2.6657m  679.6864u  679.6864u
  gam eff  557.0846m  557.0846m  557.0846m  557.0846m  557.0845m  557.0845m
  gm       530.2611u  344.7730u  342.8267u  439.7685u  235.3661u  237.6585u
  gds        9.2417u    7.5738u    4.5768u    5.4448u    6.0679u    5.1289u
  gmb      159.7974u  107.0994u  101.9079u  131.5378u   73.9433u   74.6758u
  cdtot     44.3656f   18.1003f   52.9522f   43.8339f   10.7810f   10.5626f
  cgtot    102.1459f   44.9799f  120.8415f  101.7188f   26.9855f   26.9572f
  cstot    140.4456f   61.0093f  162.7871f  139.9941f   36.6096f   36.6140f
  cbtot    103.6978f   43.1814f  122.5025f  103.5622f   25.7743f   25.6228f
  cgs       84.9998f   37.6728f   99.2561f   84.4977f   22.6307f   22.6256f
  cgd        9.2566f    4.0482f   11.1285f    9.1134f    2.4370f    2.4066f



 subckt   xop        xop        xop        xop        xop       
 element  1:mm7b     1:mm3b     1:mm6b     1:mm2b     1:mm1b    
 model    0:p_18.1   0:n_18.1   0:p_18.1   0:n_18.1   0:n_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati
  id        -2.0985u    2.0985u   -5.8414u    5.8414u    1.9686u
  ibs      3.865e-22 -6.320e-22  1.788e-21 -1.759e-21 -5.929e-22
  ibd      127.7379a -150.9840a   82.3749a -204.8059a  -79.4932a
  vgs     -736.0506m  560.1723m   -1.3189   560.1723m  560.1723m
  vds     -736.0506m    1.0639    -1.3189   481.0753m  560.1723m
  vbs        0.         0.         0.         0.         0.     
  vth     -549.0502m  431.9738m -565.0359m  435.8451m  435.3198m
  vdsat   -194.5536m  133.7021m -697.7771m  131.0693m  131.4257m
  vod     -187.0003m  128.1984m -753.8888m  124.3272m  124.8525m
  beta     112.0020u  225.7639u   21.8769u  677.3134u  225.7702u
  gam eff  557.0846m  507.4460m  557.0844m  507.4460m  507.4460m
  gm        18.9081u   25.3738u   14.3931u   72.3485u   24.3095u
  gds       87.4202n  255.0769n  174.0151n  830.3255n  267.1501n
  gmb        5.7902u    5.2562u    4.7662u   15.1886u    5.0942u
  cdtot      2.6696f    1.4075f  611.8238a    4.7072f    1.5395f
  cgtot     13.1675f    7.7850f    2.8843f   23.3577f    7.7840f
  cstot     16.1687f    8.9278f    3.6956f   26.7821f    8.9285f
  cbtot      8.6057f    4.4062f    2.0036f   13.6775f    4.5332f
  cgs       11.4272f    6.8149f    2.5234f   20.4804f    6.8241f
  cgd      667.3913a  321.5471a  145.2080a  975.8370a  323.7193a



 ***************************************************
   ******   pole/zero analysis  
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 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
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 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 
 
    input =  0:vinp          output = v(vop,von)
 
       poles (rad/sec)                 poles ( hertz)
 real            imag            real            imag            
 -37.6846k       0.              -5.99769k       0.              
 -1.29116x       0.              -205.494k       0.              
 -5.24424x       17.0292x        -834.647k       2.71028x        
 -5.24424x       -17.0292x       -834.647k       -2.71028x       
 -24.9659x       0.              -3.97344x       0.              
 -159.364x       226.073x        -25.3635x       35.9806x        
 -159.364x       -226.073x       -25.3635x       -35.9806x       
 -179.651x       0.              -28.5924x       0.              
 -552.367x       882.391x        -87.9119x       140.437x        
 -552.367x       -882.391x       -87.9119x       -140.437x       
 -618.195x       0.              -98.3888x       0.              
 -746.791x       768.435x        -118.856x       122.300x        
 -746.791x       -768.435x       -118.856x       -122.300x       
 -851.300x       0.              -135.489x       0.              
 -2.18615g       0.              -347.937x       0.              
 -2.77630g       -1.15557g       -441.861x       -183.915x       
 -2.77630g       1.15557g        -441.861x       183.915x        
 -3.07181g       0.              -488.893x       0.              
 -3.30319g       0.              -525.719x       0.              
 -3.31877g       0.              -528.199x       0.              
 -3.90337g       0.              -621.241x       0.              
 
       zeros (rad/sec)                 zeros ( hertz)
 real            imag            real            imag            
 -5.19725x       16.9690x        -827.168k       2.70069x        
 -5.20291x       -16.9694x       -828.068k       -2.70076x       
 -24.8552x       -149.432        -3.95584x       -23.7829        
 -30.7958x       0.              -4.90130x       0.              
 -158.425x       -218.892x       -25.2141x       -34.8377x       
 -165.012x       218.318x        -26.2625x       34.7463x        
 -179.704x       50.9867k        -28.6007x       8.11478k        
 -613.057x       1.12734x        -97.5710x       179.422k        
 -751.084x       -778.292x       -119.539x       -123.869x       
 -758.804x       769.715x        -120.767x       122.504x        
 -2.01484g       2.99985g        -320.672x       477.441x        
 -2.01484g       -2.99985g       -320.672x       -477.441x       
 -2.43497g       -966.618x       -387.538x       -153.842x       
 -2.43658g       966.780x        -387.794x       153.868x        
 -2.52712g       1.46883x        -402.203x       233.772k        
 -3.03949g       -31.8104k       -483.749x       -5.06279k       
 -3.31371g       -62.4543k       -527.393x       -9.93991k       
 -4.33194g       -257.410k       -689.450x       -40.9681k       
 -9.18393g       -26.0390k       -1.46167g       -4.14424k       
 37.7775g        0.              6.01248g        0.              
 62.7749g        0.              9.99093g        0.              
 
  ***** constant factor = 7.19042n
 ******  
 ac response

  ******  ac analysis tnom=  25.000 temp=  25.000 *****
   dcgain_in_db=  9.8391E+01    at=  1.0000E+01
               from=  1.0000E+01    to=  1.0000E+09
   dcgain=  8.3086E+04    at=  1.0000E+01
               from=  1.0000E+01    to=  1.0000E+09
   unity_frequency=  2.1494E+07
   phase= -1.1901E+02
   phase_margin=  6.0994E+01

          ***** job concluded
1****** HSPICE -- B-2008.09-SP1 32-BIT (Nov 24 2008) linux ******               
 ******  
 ac response

  ******  job statistics summary tnom=  25.000 temp=  25.000 *****

  ******  HSPICE Threads Information  ******
  Command Line Threads Count:                      0
  Available CPU Count:                             8
  Actual Model Evaluation(Load) Threads Count:     1
  Actual Solver Threads Count:                     1


  ******  Circuit Statistics  ******
  # nodes       =      99  # elements   =      56
  # resistors   =       9  # capacitors =       6  # inductors   =       0
  # mutual_inds =       0  # vccs       =       0  # vcvs        =       0
  # cccs        =       0  # ccvs       =       0  # volt_srcs   =       5
  # curr_srcs   =       1  # diodes     =       0  # bjts        =       0
  # jfets       =       0  # mosfets    =      35  # U elements  =       0
  # T elements  =       0  # W elements =       0  # B elements  =       0
  # S elements  =       0  # P elements =       0  # va device   =       0


  ******  Runtime Statistics (seconds)  ******

  analysis           time    # points   tot. iter  conv.iter
  op point           0.06           1         240
  ac analysis        0.00          81          81
  readin             0.02
  errchk             0.01
  setup              0.00
  output             0.00


           total memory used          673  kbytes
           total cpu time            0.09 seconds
           total elapsed time        0.10 seconds
           job started at     22:16:26 06/25/2016
           job ended   at     22:16:26 06/25/2016


1****** HSPICE -- B-2008.09-SP1 32-BIT (Nov 24 2008) linux ******               
 ******  
 

  ******    alter processing listing tnom=  25.000 temp=  25.000 *****
 .lib 'cic018.l' sf
 .param
 *1.8v nmos 
 +  dtox_n_18    =   1.7000e-10   	  dxl_n_18       =   2.2000e-07                
 +  dxw_n_18     =  -2.0000e-08          dvth0_n_18     =   1.4500e-02                
 +  du0_n_18     =  -1.0000e+01          dlvth0_n_18    =   3.4000e-03
 +  dwvth0_n_18  =   1.2000e-02          dwu0_n_18      =  -4.5000e+00
 +  dpvth0_n_18  =  -1.0000e-03          dpvsat_n_18    =   1.4000e+02
 +  dcgdo_n_18   =  -2.500e-11           dcgso_n_18     =  -3.3500e-11                
 +  dcj_n_18     =   1.0300e-04          dcjsw_n_18     =   1.5000e-11                
 +  dcjgate_n_18 =   5.5500e-11 
 *1.8v pmos 
 +  dtox_p_18      =  -1.5000e-10        du0_p_18       =   3.5000e+00
 +  dxl_p_18       =  -8.5000e-09        dxw_p_18       =   1.5000e-08                
 +  dvth0_p_18     =   1.5000e-02        dlvth0_p_18    =  -1.5000e-03
 +  dwvth0_p_18    =   8.5000e-03
 +  dpvth0_p_18    =   1.5000e-05        dpvsat_p_18    =  -2.5000e+01
 +  dcgdo_p_18     =   2.5540e-11                
 +  dcgso_p_18     =   2.5540e-11        dcj_p_18       =  -1.5400e-04                
 +  dcjsw_p_18     =  -1.5400e-11        dcjgate_p_18   =  -4.5000e-11                

 *1.8v nmos deep_nwell
 +  dtox_n_bpw_18      =   0.0000e+00                  dxl_n_bpw_18       =   1.2000e-08                
 +  dxw_n_bpw_18       =  -1.0000e-08                  dvth0_n_bpw_18     =   1.3000e-02                
 +  du0_n_bpw_18       =  -5.0000e+00                  dlvth0_n_bpw_18    =   1.2000e-03
 +  dwvth0_n_bpw_18    =   4.7000e-03                  dwu0_n_bpw_18      =  -2.0000e+00
 +  dpvth0_n_bpw_18    =  -5.5000e-04                  dpvsat_n_bpw_18    =   6.0000e+01
 +  dcgdo_n_bpw_18     =   0.0000e+00                  dcgso_n_bpw_18     =   0.0000e+00                
 +  dcj_n_bpw_18       =   1.0300e-04                  dcjsw_n_bpw_18     =   1.3400e-11                
 +  dcjgate_n_bpw_18   =   5.0000e-11 

 *3.3v nmos 
 +dtox_n_33     = 0             	dlint_n_33    = -8e-9     	dwint_n_33     = 7e-9
 +dvth0_n_33    = 0.045563      	dcgdo_n_33    = 0           	dcgso_n_33     = 0


 *3.3v pmos
 +dtox_p_33     = 0        	dlint_p_33    = 7.45e-9     	dwint_p_33     = -5e-9
 +dvth0_p_33    = 0.03	  	dcgdo_p_33    = 0           	dcgso_p_33     = 0

 *3.3v nmos deep_nwell
 +dtox_n_bpw_33 = 0         	dlint_n_bpw_33= -7.9e-9 	dwint_n_bpw_33     = 7e-9
 +dvth0_n_bpw_33= 0.045563  	dcgdo_n_bpw_33= 0       	dcgso_n_bpw_33     = 0

 *1.8v low vth nmos
 +dtox_n_lv_18     = 0 		dlint_n_lv_18    = -1.56e-8 	dwint_n_lv_18     = -5e-9 
 +dvth0_n_lv_18    = 0.03   	dcgdo_n_lv_18    = 0    	dcgso_n_lv_18     = 0

 *1.8v low vth pmos
 +dtox_p_lv_18     = 0 		dlint_p_lv_18    = 0.66e-8 	dwint_p_lv_18     = -5e-9 
 +dvth0_p_lv_18    = 0.03   	dcgdo_p_lv_18    = 0    	dcgso_p_lv_18     = 0

 *3.3v low vth nmos
 +dtox_n_lv_33     = 0 		dlint_n_lv_33    = -2.49e-8 	dwint_n_lv_33     = 5e-9 
 +dvth0_n_lv_33    = 0.03   	dcgdo_n_lv_33    = 0    	dcgso_n_lv_33     = 0

 *3.3v low vth pmos
 +dtox_p_lv_33     = 0 		dlint_p_lv_33    = 1.26e-8 	dwint_p_lv_33     = -5e-9 
 +dvth0_p_lv_33    = 0.03   	dcgdo_p_lv_33    = 0    	dcgso_p_lv_33     = 0

 *1.8v zero vt nmos 
 +dtox_n_zero_18  = 0    	dlint_n_zero_18  = -2.5e-8    	dwint_n_zero_18 = 5e-9
 +dvth0_n_zero_18 = 0.06 	dcgdo_n_zero_18  = 0          	dcgso_n_zero_18 = 0

 *3.3v zero vt nmos 
 +dtox_n_zero_33  = 2.5e-10   	dlint_n_zero_33  = -4.67e-8   	dwint_n_zero_33 = 5e-9
 +dvth0_n_zero_33 = 0.025   	dcgdo_n_zero_33  = 0  	dcgso_n_zero_33 = 0

 +  drend_rnnpo    =   0.0000e+00                 
 +  drs_rnnpo      =   0.0000e+00                 
 +  ddw_rnnpo      =   0.0000e+00                       
 +  drend_rnppo    =   0.0000e+00                 
 +  drs_rnppo      =   0.0000e+00                 
 +  ddw_rnppo      =   0.0000e+00                 
 +  drend_rnhr1000 =   0.0000e+00                 
 +  drs_rnhr1000   =   0.0000e+00                 
 +  ddw_rnhr1000   =   0.0000e+00  

 .lib 'cic018.l' mos_18 
 *.lib './mm180_reg18_v121.lib' tt
 .model n_18.1 nmos
 *****model selectors/controllers*********************************
 +  level     =   4.9000e+01                          version   =   3.2000e+00  
 +  binunit   =   1.0000e+00                          mobmod    =   1.0000e+00                           
 +  capmod    =   2.0000e+00                          nqsmod    =   0.0000e+00                        
 +  noimod    =   1.0000e+00 

 *****process parameters******************************************
 +  tox       =  '4.2000e-09+dtox_n_18'               toxm      =   4.2000e-09                        
 +  xj        =   1.6000e-07                          nch       =   3.7446e+17                        
 +  rsh       =   8.0000e+00                          ngate     =   1.0000e+23


 *****basic model parameters**************************************
 +  vth0      =  '3.0750e-01+dvth0_n_18'           k1        =   4.5780e-01                     
 +  k2        =  -2.6380e-02                          k3        =  -1.0880e+01                        
 +  k3b       =   2.3790e-01                          w0        =  -8.8130e-08                        
 +  nlx       =   4.2790e-07                          dvt0      =   4.0420e-01                        
 +  dvt1      =   3.2370e-01                          dvt2      =  -8.6020e-01                        
 +  dvt0w     =   3.8300e-01                          dvt1w     =   6.0000e+05                        
 +  dvt2w     =  -2.5000e-02                          lint      =   1.5870e-08                        
 +  wint      =   1.0220e-08                          dwg       =  -3.3960e-09                        
 +  dwb       =   1.3460e-09                          u0        =  '3.2410e+02+du0_n_18'                       
 +  ua        =  -9.2010e-10                          ub        =   1.9070e-18
 +  uc        =   4.3550e-11                          vsat      =   7.2580e+04 
 +  a0        =   1.9300e+00                          ags       =   5.0720e-01                        
 +  b0        =   1.4860e-06                          b1        =   9.0640e-06                        
 +  keta      =   1.7520e-02                          a1        =   0.0000e+00                        
 +  a2        =   1.0000e+00                          voff      =  -1.0880e-01                        
 +  nfactor   =   1.0380e+00                          cit       =  -1.5110e-03                        
 +  cdsc      =   2.2750e-03                          cdscd     =  -5.0000e-04                        
 +  cdscb     =   8.2410e-04                          eta0      =   1.0040e-03                        
 +  etab      =  -1.4590e-03                          dsub      =   1.5920e-03                        
 +  pclm      =   1.0910e+00                          pdiblc1   =   3.0610e-03                        
 +  pdiblc2   =   1.0000e-06                          pdiblcb   =   0.0000e+00                        
 +  drout     =   1.5920e-03                          pscbe1    =   4.8660e+08                        
 +  pscbe2    =   2.8000e-07                          pvag      =  -2.9580e-01                        


 *****parameters for asymmetric and bias-dependent rds model******
 +  rdsw      =   4.9050e+00                          prwg      =   0.0000e+00                        
 +  prwb      =   0.0000e+00                          wr        =   1.0000e+00


 *****impact ionization current model parameters******************
 +  alpha0    =   0.0000e+00                          alpha1    =   0.0000e+00                        
 +  beta0     =   3.0000e+01                        


 *****charge and capacitance model parameters*********************
 +  xpart     =   1.0000e+00                          	cgso      =  '2.3500e-10+dcgso_n_18'         
 +  cgdo      =  '2.3500e-10+dcgdo_n_18'           	cgbo      =   0.0000e+00                        
 +  cgsl      =   0.0000e+00                          	cgdl      =   0.0000e+00                        
 +  ckappa    =   6.0000e-01                          	cf        =   1.5330e-10                        
 +  clc       =   1.0000e-07                          	cle       =   6.0000e-01                        
 +  dlc       =   4.0000e-08                          	dwc       =   0.0000e+00                        
 +  vfbcv     =  -1.0000e+00                          	noff      =   1.0000e+00                        
 +  voffcv    =   0.0000e+00                          	acde      =   1.0000e+00                        
 +  moin      =   1.5000e+01                        


 *****flicker and thermal noise model parameters******************
 +  noia      =   1.0000e+20                          	noib      =   5.0000e+04                        
 +  noic      =  -1.4000e-12                          	em        =   4.2000e+07                        
 +  af        =   1.0000e+00                          	ef        =   1.0000e+00                        
 +  kf        =   1e-29                       


 *****layout-dependent parasitics model parameters****************
 +  lmin      =   1.8000e-07                          	lmax      =   5.0000e-05
 +  wmin      =   2.5000e-07                          	wmax      =   1.0000e-04
 +  xl        = '-1.0500e-08+dxl_n_18'             	xw        =  '0.0000e-00+dxw_n_18'           


 *****asymmetric source/drain junction diode model parameters*****
 +  js        =   1.0000e-06                          	jsw       =   7.0000e-11                        
 +  cj        =  '1.0300e-03+dcj_n_18'             	mj        =   4.4300e-01                        
 +  pb        =   8.2300e-01                          	cjsw      =  '1.3400e-10+dcjsw_n_18'         
 +  mjsw      =   3.3000e-01                        


 *****temperature dependence parameters***************************
 +  tnom      =   2.5000e+01                          	ute       =  -1.1860e+00                        
 +  kt1       =  -2.2550e-01                          	kt1l      =  -4.2750e-09                        
 +  kt2       =  -2.5270e-02                          	ua1       =   2.2530e-09                        
 +  ub1       =  -2.6730e-18                          	uc1       =  -3.8320e-11                        
 +  at        =   1.4490e+04                          	prt       =  -1.0180e+01                        
 +  xti       =   3.0000e+00                        


 *****dw and dl parameters****************************************
 +  wl        =   0.0000e+00                          wln       =   1.0000e+00                        
 +  ww        =   7.2620e-16                          wwn       =   1.0000e+00                        
 +  wwl       =   0.0000e+00                          ll        =  -1.0620e-15                        
 +  lln       =   1.0000e+00                          lw        =   2.9960e-15                        
 +  lwn       =   1.0000e+00                          lwl       =   0.0000e+00                        
 +  llc       =  -6.6400e-15                          lwc       =   0.0000e+00                        
 +  lwlc      =   0.0000e+00                          wlc       =   0.0000e+00                        
 +  wwc       =   0.0000e+00                          wwlc      =   0.0000e+00                        


 *****other parameters********************************************
 +  lvth0     = '-1.0000e-03+dlvth0_n_18'          	wvth0     =  '6.027e-02+dwvth0_n_18'
 +  pvth0     =  '0+dpvth0_n_18'                   	lnlx      =  -2.8540e-08 
 +  wnlx      =   0.0000e+00                          	pnlx      =   0.0000e+00
 +  wua       =  -1.8800e-11                          	wu0       =  '5.4000e-01+dwu0_n_18'
 +  pub       =   3.8000e-20                          	pw0       =   1.3000e-09 
 +  wrdsw     =   0.0000e+00                          	weta0     =   0.0000e+00                        
 +  wetab     =   0.0000e+00                          	leta0     =   1.5740e-03                        
 +  letab     =   0.0000e+00                          	peta0     =   0.0000e+00                        
 +  petab     =   0.0000e+00                          	wpclm     =   0.0000e+00                        
 +  wvoff     =  -4.0780e-04                          	lvoff     =  -4.2080e-03                        
 +  pvoff     =  -3.7880e-04                          	wa0       =  -4.7310e-02                        
 +  la0       =  -4.6670e-01                          	pa0       =  -2.6490e-02  
 +  wags      =   4.2420e-03                          	lags      =   3.0280e-01                        
 +  pags      =   0.0000e+00                          	wketa     =   0.0000e+00                        
 +  lketa     =  -1.9420e-02                          	pketa     =   0.0000e+00                        
 +  wute      =   6.3730e-02                          	lute      =   0.0000e+00                        
 +  pute      =   0.0000e+00                          	wvsat     =   5.0660e+03                    
 +  lvsat     =   0.0000e+00                          	pvsat     =  '0.0000e+00+dpvsat_n_18'                        
 +  lpdiblc2  =  -4.7520e-03                          	wat       =   7.0670e+03                        
 +  wprt      =   0.0000e+00                          	acm       =   3.0000e+00                        
 +  ldif      =   8.0000e-08                          	hdif      =   2.6000e-07                        
 +  n         =   1.0000e+00                          	php       =   8.8000e-01                        
 +  cjgate    =  '5.0000e-10+dcjgate_n_18'         	ctp       =   9.2400e-04                        
 +  ptp       =   9.2400e-04                          	cta       =   9.2900e-04                        
 +  pta       =   1.5800e-03                          	elm       =   5.0000e+00                        
 +  tlevc     =   1.0000e+00                        
                         
                        

 .model n_bpw_18.1 nmos
 *****model selectors/controllers*********************************
 +  level     =   4.9000e+01                          version   =   3.2000e+00  
 +  binunit   =   1.0000e+00                          mobmod    =   1.0000e+00                           
 +  capmod    =   2.0000e+00                          nqsmod    =   0.0000e+00                        
 +  noimod    =   1.0000e+00 

 *****process parameters******************************************
 +  tox       =  '4.2000e-09+dtox_n_bpw_18'            toxm      =   4.2000e-09                        
 +  xj        =   1.6000e-07                          nch       =   3.7446e+17                        
 +  rsh       =   8.0000e+00                          ngate     =   1.0000e+23


 *****basic model parameters**************************************
 +  vth0      =  '3.0750e-01+dvth0_n_bpw_18'           k1        =   4.5780e-01                     
 +  k2        =  -2.6380e-02                          k3        =  -1.0880e+01                        
 +  k3b       =   2.3790e-01                          w0        =  -8.8130e-08                        
 +  nlx       =   4.2790e-07                          dvt0      =   4.0420e-01                        
 +  dvt1      =   3.2370e-01                          dvt2      =  -8.6020e-01                        
 +  dvt0w     =   3.8300e-01                          dvt1w     =   6.0000e+05                        
 +  dvt2w     =  -2.5000e-02                          lint      =   1.5870e-08                        
 +  wint      =   1.0220e-08                          dwg       =  -3.3960e-09                        
 +  dwb       =   1.3460e-09                          u0        =  '3.2410e+02+du0_n_bpw_18'                       
 +  ua        =  -9.2010e-10                          ub        =   1.9070e-18
 +  uc        =   4.3550e-11                          vsat      =   7.2580e+04 
 +  a0        =   1.9300e+00                          ags       =   5.0720e-01                        
 +  b0        =   1.4860e-06                          b1        =   9.0640e-06                        
 +  keta      =   1.7520e-02                          a1        =   0.0000e+00                        
 +  a2        =   1.0000e+00                          voff      =  -1.0880e-01                        
 +  nfactor   =   1.0380e+00                          cit       =  -1.5110e-03                        
 +  cdsc      =   2.2750e-03                          cdscd     =  -5.0000e-04                        
 +  cdscb     =   8.2410e-04                          eta0      =   1.0040e-03                        
 +  etab      =  -1.4590e-03                          dsub      =   1.5920e-03                        
 +  pclm      =   1.0910e+00                          pdiblc1   =   3.0610e-03                        
 +  pdiblc2   =   1.0000e-06                          pdiblcb   =   0.0000e+00                        
 +  drout     =   1.5920e-03                          pscbe1    =   4.8660e+08                        
 +  pscbe2    =   2.8000e-07                          pvag      =  -2.9580e-01                        


 *****parameters for asymmetric and bias-dependent rds model******
 +  rdsw      =   4.9050e+00                          prwg      =   0.0000e+00                        
 +  prwb      =   0.0000e+00                          wr        =   1.0000e+00


 *****impact ionization current model parameters******************
 +  alpha0    =   0.0000e+00                          alpha1    =   0.0000e+00                        
 +  beta0     =   3.0000e+01                        



 *****charge and capacitance model parameters*********************
 +  xpart     =   1.0000e+00                          cgso      =  '2.3500e-10+dcgso_n_bpw_18'         
 +  cgdo      =  '2.3500e-10+dcgdo_n_bpw_18'           cgbo      =   0.0000e+00                        
 +  cgsl      =   0.0000e+00                          cgdl      =   0.0000e+00                        
 +  ckappa    =   6.0000e-01                          cf        =   1.5330e-10                        
 +  clc       =   1.0000e-07                          cle       =   6.0000e-01                        
 +  dlc       =   4.0000e-08                          dwc       =   0.0000e+00                        
 +  vfbcv     =  -1.0000e+00                          noff      =   1.0000e+00                        
 +  voffcv    =   0.0000e+00                          acde      =   1.0000e+00                        
 +  moin      =   1.5000e+01                        


 *****high-speed/rf model parameters******************************


 *****flicker and thermal noise model parameters******************
 +  noia      =   1.0000e+20                          noib      =   5.0000e+04                        
 +  noic      =  -1.4000e-12                          em        =   4.2000e+07                        
 +  af        =   1.0000e+00                          ef        =   1.0000e+00                        
 +  kf        =   1e-29                      


 *****layout-dependent parasitics model parameters****************
 +  lmin      =   1.8000e-07                          lmax      =   5.0000e-05
 +  wmin      =   2.5000e-07                          wmax      =   1.0000e-04
 +  xl        = '-1.0500e-08+dxl_n_bpw_18'             xw        =  '0.0000e-00+dxw_n_bpw_18'           


 *****asymmetric source/drain junction diode model parameters*****
 +  js        =   1.0000e-06                          jsw       =   7.0000e-11                        
 +  cj        =  '1.0300e-03+dcj_n_bpw_18'             mj        =   4.4300e-01                        
 +  pb        =   8.2300e-01                          cjsw      =  '1.3400e-10+dcjsw_n_bpw_18'         
 +  mjsw      =   3.3000e-01                        


 *****temperature dependence parameters***************************
 +  tnom      =   2.5000e+01                          ute       =  -1.1860e+00                        
 +  kt1       =  -2.2550e-01                          kt1l      =  -4.2750e-09                        
 +  kt2       =  -2.5270e-02                          ua1       =   2.2530e-09                        
 +  ub1       =  -2.6730e-18                          uc1       =  -3.8320e-11                        
 +  at        =   1.4490e+04                          prt       =  -1.0180e+01                        
 +  xti       =   3.0000e+00                        


 *****dw and dl parameters****************************************
 +  wl        =   0.0000e+00                          wln       =   1.0000e+00                        
 +  ww        =   7.2620e-16                          wwn       =   1.0000e+00                        
 +  wwl       =   0.0000e+00                          ll        =  -1.0620e-15                        
 +  lln       =   1.0000e+00                          lw        =   2.9960e-15                        
 +  lwn       =   1.0000e+00                          lwl       =   0.0000e+00                        
 +  llc       =  -6.6400e-15                          lwc       =   0.0000e+00                        
 +  lwlc      =   0.0000e+00                          wlc       =   0.0000e+00                        
 +  wwc       =   0.0000e+00                          wwlc      =   0.0000e+00                        



 *****other parameters********************************************
 +  lvth0     = '-1.0000e-03+dlvth0_n_bpw_18'          wvth0     =  '6.027e-02+dwvth0_n_bpw_18'
 +  pvth0     =  '0+dpvth0_n_bpw_18'                   lnlx      =  -2.8540e-08 
 +  wnlx      =   0.0000e+00                          pnlx      =   0.0000e+00
 +  wua       =  -1.8800e-11                          wu0       =  '5.4000e-01+dwu0_n_bpw_18'
 +  pub       =   3.8000e-20                          pw0       =   1.3000e-09 
 +  wrdsw     =   0.0000e+00                          weta0     =   0.0000e+00                        
 +  wetab     =   0.0000e+00                          leta0     =   1.5740e-03                        
 +  letab     =   0.0000e+00                          peta0     =   0.0000e+00                        
 +  petab     =   0.0000e+00                          wpclm     =   0.0000e+00                        
 +  wvoff     =  -4.0780e-04                          lvoff     =  -4.2080e-03                        
 +  pvoff     =  -3.7880e-04                          wa0       =  -4.7310e-02                        
 +  la0       =  -4.6670e-01                          pa0       =  -2.6490e-02  
 +  wags      =   4.2420e-03                          lags      =   3.0280e-01                        
 +  pags      =   0.0000e+00                          wketa     =   0.0000e+00                        
 +  lketa     =  -1.9420e-02                          pketa     =   0.0000e+00                        
 +  wute      =   6.3730e-02                          lute      =   0.0000e+00                        
 +  pute      =   0.0000e+00                          wvsat     =   5.0660e+03                    
 +  lvsat     =   0.0000e+00                          pvsat     =  '0.0000e+00+dpvsat_n_bpw_18'                        
 +  lpdiblc2  =  -4.7520e-03                          wat       =   7.0670e+03                        
 +  wprt      =   0.0000e+00                          acm       =   3.0000e+00                        
 +  ldif      =   8.0000e-08                          hdif      =   2.6000e-07                        
 +  n         =   1.0000e+00                          php       =   8.8000e-01                        
 +  cjgate    =  '5.0000e-10+dcjgate_n_bpw_18'         ctp       =   9.2400e-04                        
 +  ptp       =   9.2400e-04                          cta       =   9.2900e-04                        
 +  pta       =   1.5800e-03                          elm       =   5.0000e+00                        
 +  tlevc     =   1.0000e+00                        
             



 ******************************************************************************************
 *         1.8v pmos model               *
 ******************************************************************************************

 .model p_18.1 pmos
 *****model selectors/controllers*********************************
 +  level     =   4.9000e+01                          mobmod    =   3.0000e+00                        
 +  version   =   3.2000e+00                          capmod    =   2.0000e+00                        
 +  binunit   =   1.0000e+00                          nqsmod    =   0.0000e+00
 +  noimod    =   1.0000e+00 

 *****process parameters******************************************
 +  tox       =  '4.2000e-09+dtox_p_18'               toxm      =   4.2000e-09                        
 +  xj        =   1.0000e-07                          nch       =   6.2310e+17                        
 +  ngate     =   1.0000e+23 

 *****basic model parameters**************************************
 +  vth0      = '-4.5550e-01+dvth0_p_18'              k1        =   5.7040e-01                        
 +  k2        =   6.9730e-03                          k3        =  -2.8330e+00                        
 +  k3b       =   1.3260e+00                          w0        =  -1.9430e-07                        
 +  nlx       =   2.5300e-07                          dvt0      =   4.8850e-01                        
 +  dvt1      =   7.5780e-02                          dvt2      =   1.1870e-01                        
 +  dvt0w     =  -1.2610e-01                          dvt1w     =   2.4790e+04                        
 +  dvt2w     =   6.9150e-01                          lint      =  -1.0410e-08                        
 +  wint      =  -1.5250e-07                          dwg       =  -1.2510e-07                        
 +  dwb       =  -1.0390e-07                          u0        =  '1.2450e+02+du0_p_18'  
 +  ua        =   1.5400e-09                          ub        =   2.6460e-19
 +  uc        =  -9.5870e-02                          vsat      =   5.3400e+04                                                                                            
 +  a0        =   1.3500e+00                          ags       =   3.8180e-01                        
 +  b0        =  -3.0880e-07                          b1        =   0.0000e+00                        
 +  keta      =   1.0440e-02                          a1        =   0.0000e+00                        
 +  a2        =   1.0000e+00                          voff      =  -1.0730e-01                                                                    
 +  nfactor   =   1.5350e-00                          cit       =  -1.0670e-03 
 +  cdsc      =   7.5780e-04                          cdscd     =  -2.8830e-05                        
 +  cdscb     =   1.0000e-04                          eta0      =   1.0710e+00                        
 +  etab      =  -9.2910e-01                          dsub      =   1.9191e+00
 +  pclm      =   2.6530e+00                          pdiblc1   =   0.0000e+00                        
 +  pdiblc2   =   5.0000e-06                          pdiblcb   =   0.0000e+00                        
 +  drout     =   1.4570e+00                          pscbe1    =   4.8660e+08                        
 +  pscbe2    =   2.8000e-07                          pvag      =   1.2620e+00                        


 *****parameters for asymmetric and bias-dependent rds model******
 +  rdsw      =   7.9210e+02                          prwg      =   0.0000e+00                        
 +  prwb      =   0.0000e+00                        


 *****impact ionization current model parameters******************
 +  alpha0    =   0.0000e+00                          alpha1    =   0.0000e+00                        
 +  beta0     =   3.0000e+01                        


 *****charge and capacitance model parameters*********************
 +  cgdo      =  '2.0540e-10+dcgdo_p_18'              cgbo      =   0.0000e+00                        
 +  cgso      =  '2.0540e-10+dcgso_p_18'              xpart     =   1.0000e+00                        
 +  cf        =   1.5330e-10                          dlc       =   7.0100e-08                                                                              
 +  cgsl      =   0.0000e+00                          cgdl      =   0.0000e+00                        
 +  ckappa    =   6.0000e-01                                                  
 +  clc       =   1.0000e-07                          cle       =   6.0000e-01                        
 +  dwc       =   0.0000e+00                        
 +  vfbcv     =  -1.0000e+00                          noff      =   1.0000e+00                        
 +  voffcv    =   0.0000e+00                          acde      =   1.0000e+00                        
 +  moin      =   1.5000e+01                        

 *****flicker and thermal noise model parameters******************
 +  noia      =   1.0000e+20                          noib      =   5.0000e+04                        
 +  noic      =  -1.4000e-12                          em        =   4.2000e+07                        
 +  af        =   1.0000e+00                          ef        =   1.0000e+00                        
 +  kf        =   1e-29                        


 *****layout-dependent parasitics model parameters****************
 +  lmin      =   1.8000e-07                          lmax      =   5.0000e-05
 +  wmin      =   2.5000e-07                          wmax      =   1.0000e-04
 +  xl        = '-2.0000e-09+dxl_p_18'                xw        =  '0.0000e+00+dxw_p_18'           


 *****asymmetric source/drain junction diode model parameters*****
 +  js        =   3.0000e-06                          jsw       =   4.2200e-11                        
 +  cj        =  '1.2400e-03+dcj_p_18'                mj        =   3.9500e-01                        
 +  pb        =   7.6200e-01                          cjsw      =  '1.7400e-10+dcjsw_p_18'         
 +  mjsw      =   3.2400e-01                        


 *****temperature dependence parameters***************************
 +  tnom      =   2.5000e+01                          ute       =  -4.4840e-01                        
 +  kt1       =  -2.2940e-01                          kt1l      =  -8.2040e-09                        
 +  kt2       =  -9.4870e-03                          ua1       =   4.5710e-09                        
 +  ub1       =  -6.0260e-18                          uc1       =  -9.8500e-02                        
 +  at        =   1.2030e+04                          prt       =   0.0000e+00                        
 +  xti       =   3.0000e+00                        


 *****dw and dl parameters****************************************
 +  ww        =   1.2360e-14                          lw        =  -2.8730e-16                        
 +  ll        =   6.6350e-15                        
 +  wl        =   0.0000e+00                          wln       =   1.0000e+00                        
 +  wwn       =   1.0000e+00                        
 +  wwl       =   0.0000e+00                                                 
 +  lln       =   1.0000e+00                                                
 +  lwn       =   1.0000e+00                          lwl       =   0.0000e+00                        
 +  llc       =  -1.3100e-14                          lwc       =   0.0000e+00                        
 +  lwlc      =   0.0000e+00                          wlc       =   0.0000e+00                        
 +  wwc       =   0.0000e+00                          wwlc      =   0.0000e+00                        


 *****other parameters********************************************
 +  lvth0     =  '4.4000e-03+dlvth0_p_18'             wvth0     = '-1.4800e-02+dwvth0_p_18'                        
 +  pvth0     =  '3.2000e-03+dpvth0_p_18'             lnlx      =  -1.5840e-08 
 +  wrdsw     =   1.0070e+01                          weta0     =   0.0000e+00                        
 +  wetab     =   0.0000e+00                          wpclm     =   0.0000e+00                        
 +  wua       =   2.6300e-09                          lua       =  -8.2530e-11
 +  pua       =   5.8550e-11                          wub       =   0.0000e+00                        
 +  lub       =   0.0000e+00                          pub       =   0.0000e+00                        
 +  wuc       =   0.0000e+00                          luc       =   0.0000e+00                        
 +  puc       =   0.0000e+00                          wvoff     =  -9.8160e-03                        
 +  lvoff     =  -9.8710e-04                          pvoff     =  -9.8330e-05                        
 +  wa0       =  -4.8070e-02                          la0       =  -2.8100e-01
 +  pa0       =   8.6610e-02                          wags      =  -4.2770e-02                        
 +  lags      =   4.4540e-02                          pags      =  -4.0760e-02                        
 +  wketa     =   0.0000e+00                          lketa     =  -1.2000e-02
 +  pketa     =   0.0000e+00                          wute      =  -2.6820e-01                        
 +  lute      =   0.0000e+00                          pute      =   0.0000e+00                        
 +  wvsat     =  -1.4200e+04                          lvsat     =   0.0000e+00                        
 +  pvsat     = '-4.3400e+02+dpvsat_p_18'             lpdiblc2  =   3.0120e-03
 +  wat       =  -6.4050e+03                          wprt      =   2.2660e+02                        
 +  n         =   1.0000e+00                          php       =   6.6500e-01                        
 +  cta       =   1.0000e-03                          ctp       =   7.5300e-04                        
 +  pta       =   1.5500e-03                          ptp       =   1.2400e-03                        
 +  acm       =   3.0000e+00                          ldif      =   8.0000e-08             
 +  rsh       =   8.0000e+00                          rd        =   0.0000e+00                    
 +  rsc       =   0.0000e+00                          rdc       =   0.0000e+00
 +  hdif      =   2.6000e-07                          rs        =   0.0000e+00

 ******************************************************************************************
 *         3.3v nmos model               *
 ******************************************************************************************
 .model n_33.1 nmos
 +level    = 49                  
 *
 * general parameters
 *
 +lmin     = 3.5e-7              lmax     = 5.0e-5              wmin     = 2.5e-7              
 +wmax     = 1.0e-4              tnom     = 27.0                version  = 3.2                 
 +tox      = '7.00e-09+dtox_n_33'            xj       = 2.5000000e-07       
 +nch      = 1.6999999e+17       lln      = 1.0000000           lwn      = 1.0000000           
 +wln      = 1.0000000           wwn      = 1.0000000           lint     = '0.00+dlint_n_33'                
 +ll       = 1.2142200e-14       lw       = 0.00                lwl      = -2.8856721e-22      
 +wint     = '0.00+dwint_n_33'                wl       = 0.00                ww       = -2.0097143e-16      
 +wwl      = -1.5017800e-21      mobmod   = 1                   binunit  = 2                   
 +xl       = 2.20e-08            xw       = 0.00                dwg      = 3.5527140e-15       
 +dwb      = 6.2000000e-09       
 * diode parameters
 +acm      = 3                   ldif     = 0.00                hdif     = 3.20e-7                
 +rsh      = 8                                     
 *
 * threshold voltage parameters
 *
 +vth0     = '0.5924070+dvth0_n_33'           k1       = 0.7137536           k2       = -2.5826899e-02      
 +k3       = 62.0000000          dvt0     = 4.7501960           dvt1     = 0.6340203           
 +dvt2     = -0.2139230          dvt0w    = 0.2500000           dvt1w    = 5.9500000e+05       
 +dvt2w    = 0.00                nlx      = 1.2508283e-07       w0       = 5.6800000e-06       
 +k3b      = 32.0000000           
 *
 * mobility parameters
 *
 +vsat     = 9.8280000e+04       ua       = -5.8546880e-10      ub       = 1.6518923e-18       
 +uc       = 5.5177280e-11       rdsw     = 5.9591060e+02       prwb     = 5.7154760e-02       
 +prwg     = 2.3068622e-02       wr       = 1.0000000           u0       = 3.4129650e-02       
 +a0       = 1.2752739           keta     = 5.0000000e-03       a1       = 1.0000000e-02       
 +a2       = 0.9900000           ags      = 0.2678509           b0       = 1.0000000e-08       
 +b1       = 9.0000000e-07       
 *
 * subthreshold current parameters
 *
 +voff     = -0.2360862          nfactor  = 1.0000000           cit      = 0.00                
 +cdsc     = 2.3999999e-04       cdscb    = 0.00                cdscd    = 2.3999999e-04       
 +eta0     = 0.2080775           etab     = -1.5000000e-03      dsub     = 0.5210000           
 *
 * rout parameters
 *
 +pclm     = 0.6318000           pdiblc1  = 9.4999000e-04       pdiblc2  = 1.0000000e-03       
 +pdiblcb  = 0.00                drout    = 0.5600000           pscbe1   = 4.2400000e+08       
 +pscbe2   = 1.0000000e-05       pvag     = 0.00                delta    = 1.0000000e-02       
 +alpha0   = 0.00                alpha1   = 0.00                beta0    = 30.0000000          
 *
 * temperature effects parameters
 *
 +kt1      = -0.3166082          kt2      = -4.4608160e-02      at       = 5.0000000e+02       
 +ute      = -1.6006135          ua1      = 4.2028770e-11       ub1      = 3.8000000e-19       
 +uc1      = 2.8000000e-11       kt1l     = 0.0000000           prt      = -2.7126447e+02      
 *	
 * capacitance parameters
 *
 +cj       = 7.673167e-04   	mj       = 0.3299333      	pb       = 0.7131242      	
 +cjsw     = 1.088665e-10   	mjsw     = 0.2036705      	php      = 0.4347057      	
 +cta      = 1.081522e-03   	ctp      = 7.482284e-04   	pta      = 1.822417e-03   	
 +ptp      = 2.008567e-03   	js       = 1.00e-05       	jsw      = 5.2e-11           	
 +cgdo     = '2.7e-10+dcgdo_n_33'        	
 +cgso     = '2.7e-10+dcgso_n_33'        	cgbo     = 1.0e-10       	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.392e-10          	cjgate   = 2.9e-10              tlevc    = 1


 ******************************************************************************************
 *         0.18um 1.8v/3.3v mixedmode triple-well technology, 3.3v nmos model               *
 ******************************************************************************************
 .model n_bpw_33.1 nmos
 +level    = 49                  
 *
 * general parameters
 *
 +lmin     = 3.5e-7              lmax     = 5.0e-5              wmin     = 2.5e-7              
 +wmax     = 1.0e-4              tnom     = 27.0                version  = 3.2                 
 +tox      = '7.00e-09+dtox_n_bpw_33'            xj       = 2.5000000e-07       
 +nch      = 1.6999999e+17       lln      = 1.0000000           lwn      = 1.0000000           
 +wln      = 1.0000000           wwn      = 1.0000000           lint     = '0.00+dlint_n_bpw_33'                
 +ll       = 1.2142200e-14       lw       = 0.00                lwl      = -2.8856721e-22      
 +wint     = '0.00+dwint_n_bpw_33'                wl       = 0.00                ww       = -2.0097143e-16      
 +wwl      = -1.5017800e-21      mobmod   = 1                   binunit  = 2                   
 +xl       = 2.20e-08            xw       = 0.00                dwg      = 3.5527140e-15       
 +dwb      = 6.2000000e-09       
 * diode parameters
 +acm      = 3                   ldif     = 0.00                hdif     = 3.20e-7                
 +rsh      = 8                                     
 *
 * threshold voltage parameters
 *
 +vth0     = '0.5924070+dvth0_n_bpw_33'           k1       = 0.7137536           k2       = -2.5826899e-02      
 +k3       = 62.0000000          dvt0     = 4.7501960           dvt1     = 0.6340203           
 +dvt2     = -0.2139230          dvt0w    = 0.2500000           dvt1w    = 5.9500000e+05       
 +dvt2w    = 0.00                nlx      = 1.2508283e-07       w0       = 5.6800000e-06       
 +k3b      = 32.0000000           
 *
 * mobility parameters
 *
 +vsat     = 9.8280000e+04       ua       = -5.8546880e-10      ub       = 1.6518923e-18       
 +uc       = 5.5177280e-11       rdsw     = 5.9591060e+02       prwb     = 5.7154760e-02       
 +prwg     = 2.3068622e-02       wr       = 1.0000000           u0       = 3.4129650e-02       
 +a0       = 1.2752739           keta     = 5.0000000e-03       a1       = 1.0000000e-02       
 +a2       = 0.9900000           ags      = 0.2678509           b0       = 1.0000000e-08       
 +b1       = 9.0000000e-07       
 *
 * subthreshold current parameters
 *
 +voff     = -0.2360862          nfactor  = 1.0000000           cit      = 0.00                
 +cdsc     = 2.3999999e-04       cdscb    = 0.00                cdscd    = 2.3999999e-04       
 +eta0     = 0.2080775           etab     = -1.5000000e-03      dsub     = 0.5210000           
 *
 * rout parameters
 *
 +pclm     = 0.6318000           pdiblc1  = 9.4999000e-04       pdiblc2  = 1.0000000e-03       
 +pdiblcb  = 0.00                drout    = 0.5600000           pscbe1   = 4.2400000e+08       
 +pscbe2   = 1.0000000e-05       pvag     = 0.00                delta    = 1.0000000e-02       
 +alpha0   = 0.00                alpha1   = 0.00                beta0    = 30.0000000          
 *
 * temperature effects parameters
 *
 +kt1      = -0.3166082          kt2      = -4.4608160e-02      at       = 5.0000000e+02       
 +ute      = -1.6006135          ua1      = 4.2028770e-11       ub1      = 3.8000000e-19       
 +uc1      = 2.8000000e-11       kt1l     = 0.0000000           prt      = -2.7126447e+02      
 *	
 * capacitance parameters
 *
 +cj       = 7.673167e-04   	mj       = 0.3299333      	pb       = 0.7131242      	
 +cjsw     = 1.088665e-10   	mjsw     = 0.2036705      	php      = 0.4347057      	
 +cta      = 1.081522e-03   	ctp      = 7.482284e-04   	pta      = 1.822417e-03   	
 +ptp      = 2.008567e-03   	js       = 1.00e-05       	jsw      = 5.2e-11           	
 +cgdo     = '2.7e-10+dcgdo_n_bpw_33'        	
 +cgso     = '2.7e-10+dcgso_n_bpw_33'        	cgbo     = 1.0e-10       	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.392e-10          	cjgate   = 2.9e-10              tlevc    = 1
            	



 ******************************************************************************************
 *         3.3v pmos model               *
 ******************************************************************************************
 .model p_33.1 pmos
 +level    = 49             	
 +lmin     = 3.5e-7         	lmax     = 5.0e-5         	wmin     = 2.5e-7         	
 +wmax     = 1.0e-4        	tnom     = 27.0           	version  = 3.2            	
 +tox      = '7.00000e-09+dtox_p_33'    	xj       = 1.8000000e-07  	nch      = 4.3096250e+17  	
 +lln      = 1.4787377      	lwn      = 1.0000000      	wln      = 1.0000000      	
 +wwn      = 1.6332974      	lint     = '2.2396316e-08+dlint_p_33'  	ll       = 3.3436880e-18  	
 +lw       = 0.00           	lwl      = -1.4344100e-24 	wint     = '3.3613110e-08+dwint_p_33'  	
 +wl       = 0.00           	ww       = -7.2735800e-19 	wwl      = 9.7470860e-26  	
 +mobmod   = 1              	xl       = -1.0000e-08          xw       = 0                	
 +dwg      = -1.4371156e-08 	dwb      = 5.9839220e-09  	
 +vth0     = '-0.7204355+dvth0_p_33'     	k1       = 0.7667419      	k2       = 5.4286610e-02  	
 +k3       = 2.0892601      	dvt0     = 7.3947320      	dvt1     = 0.9634880      	
 +dvt2     = 7.8053260e-03  	dvt0w    = 1.7969700      	dvt1w    = 2.8762723e+06  	
 +dvt2w    = 0.2026245      	nlx      = 0.00           	w0       = 2.2247300e-07  	
 +k3b      = 1.0028400      	         	
 +vsat     = 1.0007731e+05  	ua       = -3.9782800e-10 	ub       = 1.6947495e-18  	
 +uc       = -3.6494700e-11 	rdsw     = 6.2701920e+02  	prwb     = -0.7725255     	
 +prwg     = 3.3490300e-02  	wr       = 0.9913232      	u0       = 8.0758510e-03  	
 +a0       = 1.0736154      	keta     = -1.0346900e-02 	a1       = 0.01      	
 +a2       = 0.9212255      	ags      = 0.2138427      	b0       = 4.3581280e-07  	
 +b1       = 1.7378807e-06  	
 +voff     = -0.2239050     	nfactor  = 0.9964148      	cit      = 5.3336740e-04  	
 +cdsc     = 3.2656700e-03  	cdscb    = 2.4630399e-03  	cdscd    = 0.00           	
 +eta0     = 5.4210600e-02  	etab     = -1.8931806e-02 	dsub     = 0.4594282      	
 +pclm     = 0.6164396      	pdiblc1  = 1.2236120e-02  	pdiblc2  = 3.5433970e-04  	
 +pdiblcb  = 0.2477877      	drout    = 0.2401412      	pscbe1   = 4.6427620e+08  	
 +pscbe2   = 2.8700000e-05  	pvag     = -0.2307000     	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.3345865     	kt2      = -5.7475180e-02 	at       = 4.9500000e+04  	
 +ute      = -1.2277215     	ua1      = 1.4019034e-09  	ub1      = -3.4171990e-18 	
 +uc1      = -1.3930956e-10 	kt1l     = 1.0000003e-08  	prt      = 0.00           	
 +cj       = 1.299812e-03   	mj       = 0.4096944      	pb       = 0.761753       	
 +cjsw     = 2.243239e-10   	mjsw     = 0.474468       	php      = 0.9296629      	
 +cta      = 9.968635e-04   	ctp      = 7.21932e-04    	pta      = 1.503527e-03   	
 +ptp      = 1.215858e-03   	js       = 9.00e-05       	jsw      = 4.90e-12     	
 +cgdo     = '2.6e-10+dcgdo_p_33'        	
 +cgso     = '2.6e-10+dcgso_p_33'        	cgbo     = 1e-10             	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.392e-10       	tlevc    = 1
 +acm      = 3                 hdif     = 3.2e-7                rsh     = 8               	 
            	


 ******************************************************************************************
 *         1.8v low vt nmos model     *
 ******************************************************************************************
 .model n_lv_18.1 nmos
 +level    = 49             	
 +lmin     = 2.5e-7         	lmax     = 5.0e-5         	wmin     = 2.5e-7         	
 +wmax     = 1.0e-4         	tnom     = 27.0           	version  = 3.2            	
 +tox      = '4.20000e-09+dtox_n_lv_18'    	xj       = 1.6000000e-07  	nch      = 4.6371000e+17  	
 +lln      = 2.0000000      	lwn      = 1.0000000      	wln      = 1.0000000      	
 +wwn      = 1.0000000      	lint     = '1.0000000e-08+dtox_n_lv_18'  	ll       = -2.5800000e-22 	
 +lw       = 0.00           	lwl      = 0.00           	wint     = '2.0000000e-08+dtox_n_lv_18'  	
 +wl       = 0.00           	ww       = 0.00           	wwl      = 0.00           	
 +mobmod   = 2              	binunit  = 2              	xl       = 0              	
 +xw       = 0              	
 +dwg      = 2.5000000e-09  	dwb      = 1.2441700e-09  	
 +acm      = 3              	hdif     = 2.6e-07             	rsh      = 8              	
 +vth0     = '1.6460000e-02+dtox_n_lv_18'  	k1       = 0.3122200      	k2       = -4.3434400e-02 	
 +k3       = -15.4245000    	dvt0     = 1.9600000      	dvt1     = 0.2703380      	
 +dvt2     = 7.0000000e-02  	dvt0w    = 0.4113980      	dvt1w    = 1.6626000e+06  	
 +dvt2w    = -4.4234600e-02 	nlx      = 8.3200000e-07  	w0       = 1.0000000e-06  	
 +k3b      = -0.2101380     	           	
 +vsat     = 9.20e+04    	pvsat    = 1.9999999e-09  	ua       = 5.2358400e-10  	
 +wua      = 1.0000000e-16  	pua      = -7.5000000e-23 	ub       = 1.4080000e-18  	
 +wub      = -3.0000001e-25 	pub      = 8.0000000e-32  	uc       = -1.0246000e-10 	
 +rdsw     = 96.7580000     	prwb     = -0.2000000     	prwg     = 5.0000000e-02  	
 +wr       = 1.0000000      	u0       = 4.9234500e-02  	wu0      = 2.4000000e-09  	
 +pu0      = 2.0000000e-16  	a0       = 1.0000000      	keta     = 4.2062700e-03  	
 +a1       = 0.00           	a2       = 1.0000000      	ags      = 0.6300000      	
 +b0       = 0.00           	b1       = 0.00           	
 +voff     = -0.2517590     	nfactor  = 1.0000000      	cit      = -4.5359940e-03 	
 +cdsc     = 1.2000000e-03  	cdscb    = 0.00           	cdscd    = 5e-4           	
 +eta0     = 5.5334000e-02  	etab     = -2.3552900e-02 	dsub     = 0.5600000      	
 +pclm     = 2.8151700      	pdiblc1  = 0.2000000      	pdiblc2  = 8.0000000e-02  	
 +pdiblcb  = 0.2777778      	drout    = 1.0000000      	pscbe1   = 6.6815310e+08  	
 +pscbe2   = 1.0000000e-10  	pvag     = 0.5000000      	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.2999444     	kt2      = 1.5900001e-02  	at       = 3.3000000e+04  	
 +ute      = -1.6873263     	ua1      = -1.3554663e-09 	ub1      = 8.7998690e-20  	
 +uc1      = 3.4078270e-11  	kt1l     = 0.00           	prt      = -1.0000000e+02 	
 +cj       = 0.00099        	mj       = 0.5            	pb       = 0.762          	
 +cjsw     = 1.5e-10        	mjsw     = 0.257          	php      = 0.639          	
 +cta      = 0.000902       	ctp      = 0.000718       	pta      = 0.000872       	
 +ptp      = 0.00385        	js       = 1.00e-04       	jsw      = 0.00           	
 +cjgate    = 2.4e-10        	        	
 +cgdo     = '2.0e-10+dcgdo_n_lv_18'        	
 +cgso     = '2.0e-10+dcgso_n_lv_18'        	cgbo     = 0.0          	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.53e-10       	
 +dwc      = 2e-08          	tlevc    = 1 



 ******************************************************************************************
 *         1.8v low vt pmos model     *
 ******************************************************************************************            	

 .model p_lv_18.1 pmos
 +level    = 49             	
 +lmin     = 2.5e-7         	lmax     = 5.0e-5        	wmin     = 2.5e-7         	
 +wmax     = 1.0e-4         	tnom     = 27.0           	version  = 3.2            	
 +tox      = '4.20000e-09+dtox_p_lv_18'    	xj       = 1.8000000e-07  	nch      = 2.6699999e+17  	
 +lln      = 0.2000000      	lwn      = 1.0000000      	wln      = 0.7966000      	
 +wwn      = 1.7867000      	lint     = '0.00+dlint_p_lv_18'           	ll       = 8.9200000e-10  	
 +lw       = -8.0000000e-14 	lwl      = 3.7900000e-15  	wint     = '-4.2700000e-08+dwint_n_zero_18' 	
 +wl       = 5.6500000e-14  	ww       = 5.7000000e-24  	wwl      = 1.8000000e-25  	
 +mobmod   = 1              	binunit  = 2              	xl       = 0              	
 +xw       = 0              	
 +dwg      = -1.0600000e-08 	dwb      = -1.0100000e-09 	
 +acm      = 3              	hdif     = 2.6e-07             	rsh      = 8             	
 +vth0     = '-0.2253000+dvth0_n_zero_18'     	k1       = 0.4604000      	k2       = -1.0000000e-02 	
 +k3       = -6.3916000     	dvt0     = 1.0400000e-03  	dvt1     = 2.9700000e-02  	
 +dvt2     = -12.2436000    	dvt0w    = 0.00           	dvt1w    = 0.00           	
 +dvt2w    = 0.00           	nlx      = 0.00           	w0       = 5.5000000e-07  	
 +k3b      = 5.2034000      	          	
 +vsat     = 1.4500000e+05  	ua       = 1.8500000e-09  	ub       = -4.0200000e-19 	
 +uc       = -1.1800000e-10 	rdsw     = 1.2024300e+02  	prwb     = -2.0000000     	
 +prwg     = 1.0000000      	wr       = 1.0251000      	u0       = 1.2700000e-02  	
 +a0       = 1.2075000      	keta     = -9.5500000e-03 	a1       = 0.00           	
 +a2       = 0.4000000      	ags      = 0.3268000      	b0       = 4.0000000e-08  	
 +b1       = 0.00           	
 +voff     = -0.2415000     	nfactor  = 2.0000000      	cit      = -1.4900000e-04 	
 +cdsc     = 1.4500000e-05  	cdscb    = 0.00           	cdscd    = 3.8500001e-04  	
 +eta0     = 8.2700000e-03  	etab     = -8.2900000e-02 	dsub     = 0.6936000      	
 +pclm     = 1.8243001      	pdiblc1  = 0.2000000      	pdiblc2  = 1.6800000e-03  	
 +pdiblcb  = 0.2383000      	drout    = 0.1853000      	pscbe1   = 6.3000000e+08  	
 +pscbe2   = 1.0000000e-10  	pvag     = 2.0000000      	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.1842559     	kt2      = -2.7705010e-02 	at       = 3.3000000e+04  	
 +ute      = -1.4842620     	ua1      = -1.6085620e-09 	ub1      = -6.7403140e-19 	
 +uc1      = -4.9096290e-11 	kt1l     = 0.00           	prt      = 0.00           	
 +cj       = 1.060794e-03   	mj       = 0.3802915      	pb       = 0.7619755      	
 +cjsw     = 2.025533e-10   	mjsw     = 0.2567205      	pbsw      = 0.6391692      	
 +cta      = 8.437771e-04   	ctp      = 8.053438e-04   	pta      = 1.465745e-03   	
 +ptp      = 1.857747e-03   	js       = 1.00e-04       	jsw      = 0.00           	
 +cjgate    = 4.53e-10       	         	
 +cgdo     = '1.8e-10+dcgdo_n_zero_18'        	
 +cgso     = '1.8e-10+dcgso_n_zero_18'        	cgbo     = 0.0e+00        	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.53e-10           	
 +dwc      = -4.27e-08      	tlevc    = 1      

  


 **.lib './mm180_lvt33_v111.lib' tt
 ******************************************************************************************
 *         3.3v low vt nmos model     *
 ******************************************************************************************
 .model n_lv_33 nmos
 +level    = 49             	
 +lmin     = 4.5e-7         	lmax     = 5.0e-5         	wmin     = 8.0e-7         	
 +wmax     = 1.0e-4         	tnom     = 27.0           	version  = 3.2            	
 +tox      = '7.00000e-09+dtox_n_lv_33'    	xj       = 1.6000000e-07  	nch      = 1.0241000e+17  	
 +lln      = 1.0000000      	lwn      = 1.0000000      	wln      = 1.0000000      	
 +wwn      = 1.0000000      	lint     = '2.0000000e-08+dlint_n_lv_33'  	ll       = 0.00           	
 +lw       = 0.00           	lwl      = 0.00           	wint     = '1.2249999e-08+dwint_n_lv_33'  	
 +wl       = 0.00           	ww       = 0.00           	wwl      = 0.00           	
 +mobmod   = 1              	xl       = 0              	xw       = 0              	       	
 +dwg      = -2.0000002e-09 	dwb      = 0.00           	binunit  = 2
 +vth0     = '0.3143800+dvth0_n_lv_33'      	k1       = 0.4411720      	k2       = -2.5000002e-03 	
 +k3       = 8.0000000      	wk3      = -1.5000001e-07 	dvt0     = 9.5500000      	
 +dvt1     = 0.6921755      	dvt2     = -1.9199999e-02 	dvt0w    = 1.4999999      	
 +dvt1w    = 3.8390000e+06  	dvt2w    = 0.00           	nlx      = 1.0000000e-07  	
 +w0       = 2.5000000e-07  	k3b      = -2.2000003     	        	
 +vsat     = 1.4600500e+05  	lvsat    = 1.2000000e-02  	pvsat    = 4.0000000e-09  	
 +ua       = 7.4999990e-12  	ub       = 1.4716000e-18  	uc       = 4.2900000e-11  	
 +rdsw     = 3.4000000e+02  	prwb     = 0.2000000      	prwg     = 5.0000000e-02  	
 +wr       = 0.8800000      	u0       = 4.0670000e-02  	a0       = 1.3379101      	
 +keta     = -1.9512800e-02 	lketa    = 1.8000000e-08  	a1       = -1.5000000e-02 	
 +a2       = 0.4950000      	ags      = 0.2799817      	b0       = 0.00           	
 +b1       = 0.00           	
 +voff     = -0.2266667     	nfactor  = 1.9196697      	cit      = -8.2513200e-04 	
 +cdsc     = -5.5000000e-03 	cdscb    = -2.0000001e-03 	cdscd    = -2.3108199e-03 	
 +eta0     = 9.0787900e-02  	etab     = -1.8052302e-02 	dsub     = 0.4388730      	
 +pclm     = 2.0320799      	pdiblc1  = 0.2000000      	pdiblc2  = 8.7416200e-04  	
 +pdiblcb  = 0.2515152      	drout    = 0.5600000      	pscbe1   = 3.2151754e+08  	
 +pscbe2   = 4.7085900e-07  	pvag     = 1.8000000      	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.2100000     	kt2      = 2.2000000e-02  	at       = 3.3000000e+04  	
 +ute      = -1.0548464     	ua1      = 2.0172199e-09  	ub1      = -2.2093869e-18 	
 +uc1      = -6.6587780e-11 	kt1l     = 0.00           	prt      = 0.00           	
 +cj       = 7.367141e-04   	mj       = 0.336086       	pb       = 0.7201007      	
 +cjsw     = 1.73106e-10    	mjsw     = 0.2086389      	pbsw     = 0.6102874      	
 +cta      = 7.477216e-04   	ctp      = 1.326763e-03   	pta      = 1.775738e-03   	
 +ptp      = 2.355726e-03   	js       = 1.00e-04       	jsw      = 0.00           	
 +cjgate    = 5.23e-10       	
 +cgdo     = '3.5e-10+dcgdo_n_lv_33'        	acm      = 3                   hdif     = 3.2e-7    
 +cgso     = '3.5e-10+dcgso_n_lv_33'     	cgbo     = 0.0          	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1             	
 +cf       = 1.392e-10          	rsh      = 8      	        tlevc    = 1  
 +dwc      = 1.225e-08

 ******************************************************************************************
 *        3.3v low vt pmos model     *
 ******************************************************************************************      	           	
            	

 .model p_lv_33 pmos
 +level    = 49             	
 +lmin     = 4.5e-7         	lmax     = 5.0e-5         	wmin     = 8.0e-7         	
 +wmax     = 1.0e-4         	tnom     = 27.0           	version  = 3.2            	
 +tox      = '7.00000e-09+dtox_p_lv_33'    	xj       = 1.8000000e-07  	nch      = 5.3343000e+16  	
 +lln      = 0.7216445      	lwn      = 1.0000000      	wln      = 2.0000000      	
 +wwn      = 0.5480860      	lint     = '8.7500000e-10+dlint_p_lv_33'  	ll       = 1.2489934e-12  	
 +lw       = -8.0000000e-15 	lwl      = -1.8801899e-20 	wint     = '2.6149999e-08+dwint_p_lv_33'  	
 +wl       = -3.3356700e-21 	ww       = -3.7684900e-12 	wwl      = 0.00           	
 +mobmod   = 1              	xl       = 0              	xw       = 0            
 +dwg      = -1.3888889e-08 	dwb      = 5.6433000e-09  	
 +vth0     = '-0.4238060+dvth0_p_lv_33'     	k1       = 0.4537740      	k2       = -1.6830200e-02 	
 +k3       = -2.3458099     	dvt0     = 2.2409160      	dvt1     = 0.7000346      	
 +dvt2     = 5.1822500e-02  	dvt0w    = -0.6666300     	dvt1w    = 1.7665100e+06  	
 +dvt2w    = 0.2730700      	nlx      = 1.0942075e-07  	w0       = 0.00           	
 +k3b      = 0.5537800      	          	
 +vsat     = 1.2313600e+05  	ua       = 9.3385000e-10  	ub       = 8.7038620e-19  	
 +uc       = -4.8379430e-11 	rdsw     = 1.2941917e+03  	prwb     = -3.7754260e-02 	
 +prwg     = -3.0872462e-02 	wr       = 1.2123391      	u0       = 1.2451221e-02  	
 +a0       = 0.5109490      	keta     = -1.2610002e-02 	a1       = 0.00           	
 +a2       = 0.4000000      	ags      = 0.2783000      	b0       = 1.8980900e-07  	
 +b1       = 4.7157910e-07  	
 +voff     = -0.2006746     	nfactor  = 2.0000000      	cit      = -4.5838980e-04 	
 +cdsc     = 1.5963858e-03  	cdscb    = 0.00           	cdscd    = 3.3960306e-03  	
 +eta0     = 4.0173400e-02  	etab     = -2.4490699e-02 	dsub     = 0.8703098      	
 +pclm     = 1.5312500      	pdiblc1  = 0.2000000      	pdiblc2  = 2.4438500e-03  	
 +pdiblcb  = 0.2515152      	drout    = 0.5001400      	pscbe1   = 6.1853930e+08  	
 +pscbe2   = 5.0000000e-05  	pvag     = -0.7000000     	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.3281201     	kt2      = -2.5214884e-02 	at       = 3.3000000e+04  	
 +ute      = -0.6066882     	ua1      = 5.3900000e-09  	ub1      = -8.5040010e-18 	
 +uc1      = -1.9939508e-11 	kt1l     = 0.00           	prt      = 0.00           	
 +cj       = 0.00102        	mj       = 0.336          	pb       = 0.67           	
 +cjsw     = 1.5e-10        	mjsw     = 0.209          	pbsw     = 0.45           	
 +cjgate    = 2.8e-10        	        	
 +cta      = 0.001          	ctp      = 0.0005         	pta      = 0.00142        	
 +ptp      = 0.00156        	js       = 1.00e-04       	jsw      = 0.00           	
 +cgdo     = '3.0e-10+dcgdo_p_lv_33'        	acm      = 3                   hdif     = 3.2e-7
 +cgso     = '3.0e-10+dcgso_p_lv_33'        	cgbo     = 0.0e+00        	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.392e-10           rsh      = 8                    tlevc    = 1       		
 +dwc      = 2.615e-08 

 ******************************************************************************************
 *   1.8v zero vt nmos model            *
 ******************************************************************************************
 .model n_zero_18.1 nmos
 +level    = 49             	
 +lmin     = 3.2e-7         	lmax     = 5.0e-5         	wmin     = 2.5e-7         	
 +wmax     = 1.0e-4         	tnom     = 27.0           	version  = 3.2            	
 +tox      = '4.20e-09+dtox_n_zero_18'    	xj       = 1.6000000e-07  	nch      = 3.8726000e+16  	
 +lln      = 0.2660000      	lwn      = 1.0000000      	wln      = 0.5922000      	
 +wwn      = 0.2000000      	lint     = '0.00+dlint_n_zero_18'           	ll       = 1.8000001e-11  	
 +lw       = 0.00           	lwl      = 2.7500000e-17  	wint     = '6.71e-08+dwint_n_zero_18'  	
 +wl       = -2.3600000e-12 	ww       = -3.2100000e-09 	wwl      = -4.9800000e-14 	
 +mobmod   = 2              	binunit  = 2              	xl       = 0              	
 +xw       = 0              	     	
 +dwg      = -4.0064710e-09 	dwb      = -6.4565710e-10 	
 +acm      = 3           	hdif     = 2.6e-07             	rsh      = 8            	              	
 +vth0     = '-0.292824+dvth0_n_zero_18'     	k1       = 6.0130880e-02  	k2       = 2.8346960e-02  	
 +k3       = -1.6878520     	dvt0     = 0.00           	dvt1     = 0.00           	
 +dvt2     = 0.5000000      	dvt0w    = -4.2279100e-03 	dvt1w    = 1.2608490e+05  	
 +dvt2w    = 5.2103550e-02  	nlx      = 5.5854040e-06  	w0       = 0.00           	
 +k3b      = -1.0744520e-03 	          	
 +vsat     = 1.4120500e+05  	ua       = -4.2000000e-10 	ub       = 1.8938191e-18  	
 +uc       = -5.2402070e-11 	rdsw     = 99.7997000     	prwb     = 0.2000000      	
 +prwg     = 0.2000000      	wr       = 0.9784660      	u0       = 3.9795870e-02  	
 +a0       = 7.6036300      	keta     = -8.2927600e-03 	a1       = 0.00           	
 +a2       = 0.4950000      	ags      = 0.6100000      	b0       = 2.2348240e-07  	
 +b1       = 6.9381160e-07  	
 +voff     = -0.5343230     	nfactor  = 3.8131400      	cit      = -4.6958800e-03 	
 +cdsc     = 4.0000000e-03  	cdscb    = 1.0000000e-03  	cdscd    = 1.0000000e-03  	
 +eta0     = 1.8483700e-03  	etab     = 1.9984799e-03  	dsub     = 0.5600000      	
 +pclm     = 6.0000000      	pdiblc1  = 0.2000000      	pdiblc2  = 0.2000000      	
 +pdiblcb  = 0.2777780      	drout    = 0.5600000      	pscbe1   = 6.6815310e+08  	
 +pscbe2   = 1.0000000e-10  	pvag     = 1.5000000      	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.3209906     	kt2      = -9.4299780e-02 	at       = 3.3000000e+04  	
 +ute      = -0.8586437     	ua1      = 3.4515450e-09  	ub1      = -4.2916300e-18 	
 +uc1      = -3.2124550e-11 	kt1l     = 0.00           	prt      = -60.0000000    	
 +cj       = 0.00116        	mj       = 0.4953         	pb       = 0.9040536      	
 +cjsw     = 1.58e-10       	mjsw     = 0.2248         	php     = 0.7            	
 +cta      = 0.000908       	ctp      = 0.000714       	pta      = 0.00156        	
 +ptp      = 0.00122        	js       = 1.00e-04       	jsw      = 0.00           	
 +cjgate    = 2.88e-10       	          	
 +cgdo     = '4.0e-10+dcgdo_n_zero_18'        	
 +cgso     = '4.0e-10+dcgso_n_zero_18'        	cgbo     = 0.0e+00        	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.533e-10        	tlevc    = 1   

 ******************************************************************************************
 *         3.3v zero vt nmos model     *
 ******************************************************************************************    
 .model n_zero_33 nmos
 +level    = 49             	
 +lmin     = 4.5e-7         	lmax     = 5.05e-5         	wmin     = 8.0e-7         	
 +wmax     = 1.05e-4         	tnom     = 27.0           	version  = 3.2            	
 +tox      = '7.50000e-09+dtox_n_zero_33'    	xj       = 1.6000000e-07  	nch      = 2.5024000e+16  	
 +lln      = 0.2000000      	lwn      = 1.0000000      	wln      = 1.0000000      	
 +wwn      = 1.0000000      	lint     = '-2.0600000e-08+dlint_n_zero_33' 	ll       = 5.4366300e-09  	
 +lw       = 2.0000000e-14  	lwl      = 0.00           	wint     = '8.3950000e-08+dwint_n_zero_33'  	
 +wl       = 0.00           	ww       = -3.5000000e-14 	wwl      = 0.00           	
 +mobmod   = 2              	binunit  = 2              	xl       = 0              	
 +xw       = 0              	
 +dwg      = 0.00           	dwb      = 6.0000000e-09  	
 +vth0     = '6.2318000e-02+dvth0_n_zero_33'  	k1       = 0.2505087      	k2       = 3.0312719e-02  	
 +k3       = -3.2163260     	dvt0     = 2.8485200      	dvt1     = 0.9155145      	
 +dvt2     = -3.6156200e-02 	dvt0w    = -0.5000000     	dvt1w    = 1.0000000e+06  	
 +dvt2w    = -7.2127000e-02 	nlx      = 8.0000000e-08  	w0       = 0.00           	
 +k3b      = 1.4614233e-02  	           	
 +vsat     = 1.2112400e+05  	pvsat    = 3.8005000e-09  	ua       = 6.3300000e-11  	
 +ub       = 1.7016443e-18  	wub      = -2.5050000e-25 	uc       = -9.7855250e-11 	
 +rdsw     = 5.6414910e+02  	prwb     = -8.9352830e-03 	prwg     = -1.6772246e-02 	
 +wr       = 0.9314115      	u0       = 4.3425860e-02  	a0       = 1.5000000      	
 +keta     = -1.8150601e-02 	lketa    = 1.0005000e-08  	a1       = -8.3286230e-02 	
 +a2       = 0.9917943      	ags      = 0.3115282      	b0       = 0.00           	
 +b1       = 0.00           	
 +voff     = -0.2186260     	nfactor  = 1.0579700      	cit      = -1.2551600e-04 	
 +cdsc     = 1.3512136e-03  	cdscb    = 0.00           	cdscd    = 0.00           	
 +eta0     = 2.5119600e-03  	etab     = 0.00           	dsub     = 0.2000000      	
 +pclm     = 2.6817601      	pdiblc1  = 0.2000000      	pdiblc2  = 1.0000000e-03  	
 +pdiblcb  = 0.2012542      	drout    = 0.5600000      	pscbe1   = 2.5877456e+08  	
 +pscbe2   = 1.7413988e-07  	pvag     = 1.5000000      	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.2100000     	kt2      = 2.2000000e-02  	at       = 3.3000000e+04  	
 +ute      = -0.9198974     	ua1      = 9.9095510e-10  	ub1      = -2.7372970e-18 	
 +uc1      = -2.2149076e-11 	kt1l     = 0.00           	prt      = 3.0000000e+02  	
 +cj       = 0.001757       	mj       = 0.329          	pb       = 0.689          	
 +cjsw     = 1.57e-10       	mjsw     = 0.305          	php     = 1.25           	
 +cta      = 0.00517        	ctp      = 0.00074        	pta      = -0.00591       	
 +ptp      = 0.00482        	js       = 1.00e-04       	jsw      = 0.00           	
 +cgdo     = '1.0e-10+dcgdo_n_zero_33'        	cjgate   = 2.04e-10
 +cgso     = '1.0e-10+dcgso_n_zero_33'        	cgbo     = 0.0          	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.362e-10          	
 +dwc      = 8.395e-08      	tlevc    = 1             	
 +acm      = 3                  hdif     = 3.2e-7               rsh      = 8   

  
 .endl mos_18
 .lib 'cic018.l' bjt
 ******************************************************************************************
 *                  0.18um mixed mode vertical pnp model            *
 ******************************************************************************************
 .model pnp_v50x50 pnp
 +level  = 1                  
 + is = 5.65e-18 	bf = 1.38 	      	nf = 1.054 
 + vaf = 788 		ikf = 0.0021 		ise = 1e-20 
 + ne = 1.049 		br = 0.000135 		nr = 1.02 
 + var = 55 	      	ikr = 0.0021 		isc = 1.05e-12 
 + nc = 1.45 		rb = 268 	      	irb = 2.3e-05 
 + rbm = 59.48 		re = 0.001 	      	rc = 0.22 
 + tlevc = 1 		xtb = 1.48 	      	eg = 1.27 
 + xti = 2.38 		trb1 = 0.0038 		cje = 2.85e-14 
 + vje = 0.762 		mje = 0.405 		cjc = 2.81e-14 
 + vjc = 0.458 		mjc = 0.75 	          	fc = 0.5
 + trm1= 0.0035           
 *                                                          


 ******************************************************************************************
 *                  0.18um mixed mode vertical pnp model             *
 ******************************************************************************************
 .model pnp_v100x100 pnp
 +level  = 1                  
 + is = 2.8e-17 	      bf = 1.37 			nf = 1.056 
 + vaf = 785 		ikf = 0.005 		ise = 1.2e-18 
 + ne = 1.049 		br = 0.00063 		nr = 1.06 
 + var = 55 		      ikr = 0.027 		isc = 1.95e-12 
 + nc = 1.44 		rb = 66.4 		      irb = 1e-06 
 + rbm = 59.48 		re = 0.001 		      rc = 0.22 
 + tlevc = 1 		xtb = 1.298 		eg = 1.27 
 + xti = 1.98 		trb1 = 0.004 		tre1 = 0.001 
 + cje = 1.24e-13   	vje = 0.762 		mje = 0.395 
 + cjc = 4.81e-14 	      vjc = 0.458 		mjc = 0.75 
 + fc = 0.5                    trm1 = 0.004 

 .endl bjt
 .lib 'cic018.l' diode
 *******************************************************************************************
 *                          0.18um mixedmode n+/pwell diode model                         *
 ******************************************************************************************
 .model dn d
 + level = 3 		area = 8e-09 		pj = 0.00035 
 + is = 2.92e-07 	      jsw = 3.33e-13 		n = 1.03 
 + rs = 4e-08 		ik = 2.35e+04 		ikr = 1230 
 + bv = 9.22 		ibv = 1e-3		      tref = 27 
 + tlev = 1 		      eg = 1.2	      	xti = 3.0 
 + trs = 1e-06 		cj = 0.00119 		mj = 0.515
 + ctp = 0.000914        tphp      = 0.000924
 + cta = 0.000919        tpb      = 0.00158 
 + pb = 0.79 		cjsw = 1.6e-10 		mjsw = 0.381 
 + php = 0.705           tlevc = 1

 ******************************************************************************************
 *                          0.18um mixedmode p+/nwell diode model                         *
 ******************************************************************************************
 .model dp d
 + level = 3 		area = 8e-09 		pj = 0.00035 
 + is = 1.27e-07      	jsw = 2.2e-13 		n = 1.01 
 + rs = 3.25e-08 	ik = 3.65e+04 		ikr = 1270 
 + bv = 9.21 		ibv = 1e-3 		tref = 27 
 + tlev = 1 		      eg = 1.27 		xti = 3 
 + trs = 0.00049 	      cj = 0.00114 		mj = 0.395
 + cta  = 0.001              ctp      = 7.53e-04         tpb      = 1.55e-03
 + tphp  = 1.24e-03 
 + pb = 0.762 		cjsw = 1.74e-10 	mjsw = 0.324 
 + php = 0.665           tlevc = 1
 *
 .endl diode
 .lib 'cic018.l' res

 **************************************************************************************************************** 
 *             non salicide n+ poly resistor subcircuit netlist for typical case                                * 
 **************************************************************************************************************** 
 .subckt rnnpo n2 n1 pw
 .param rend='17e-6+drend_rnnpo'  rs='113+drs_rnnpo'  dw='-0.097e-6+ddw_rnnpo'  
 .param vcr1=-0.00376e-6  vcr2=-0.08474e-12  tc1=-1.6e-4  tc2=4.18e-7  temp= 'temper'  wr=1  lr=1
 .param tcoef = '1.0+tc1*(temp-25.0)+tc2*pow((temp-25.0),2)'  
 +ca   = 9.0755e-5

 c1 pw n1 'ca*(wr+dw)*lr/2'
 r1 n2 n1 '((2*rend/(wr+dw))+(rs*lr/(wr+dw)))*(1.0+vcr1*abs(v(n1,n2)/lr)+vcr2*pow(abs(v(n1,n2))/lr,2))*tcoef'
 c2 pw n2 'ca*(wr+dw)*lr/2'  

 .ends rnnpo


 ****************************************************************************************************************  
 *             non salicide p+ poly resistor subcircuit netlist for typical case                                * 
 **************************************************************************************************************** 
 .subckt rnppo n2 n1 nw
 .param rend='105e-6+drend_rnppo' rs='352+drs_rnppo' dw='-0.046e-6+ddw_rnppo' 
 .param vcr1=-0.0106e-6   vcr2=-0.205e-12  tc1=-2.84e-4  tc2=3e-7  temp= 'temper'  wr=1  lr=1
 .param tcoef = '1.0+tc1*(temp-25.0)+tc2*pow((temp-25.0),2)'    
 +ca   = 9.0755e-5

 c1 n1 nw 'ca*(wr+dw)*lr/2'
 r1 n2 n1 '((2*rend/(wr+dw))+(rs*lr/(wr+dw)))*(1.0+vcr1*abs(v(n1,n2)/lr)+vcr2*pow(abs(v(n1,n2))/lr,2))*tcoef'
 c2 n2 nw 'ca*(wr+dw)*lr/2'  

 .ends rnppo


 ****************************************************************************************************************  
 *             non salicide hr poly resistor subcircuit netlist for typical case                                * 
 **************************************************************************************************************** 
 .subckt rnhr1000 n2 n1 nw 
 .param rend='120e-6+drend_rnhr1000' rs='1039+drs_rnhr1000' dw='-0.043e-6+ddw_rnhr1000'
 .param vcr1=-0.035e-6   vcr2=-0.25e-12  tc1=-8.34e-4  tc2=1.3e-6  temp= 'temper'  wr=1  lr=1
 .param tcoef = '1.0+tc1*(temp-25.0)+tc2*pow((temp-25.0),2)'    
 +ca   = 9.0755e-5

 c1 n1 nw 'ca*(wr+dw)*lr/2'
 r1 n2 n1 '((2*rend/(wr+dw))+(rs*(lr-0.4e-6)/(wr+dw)))*(1.0+vcr1*abs(v(n1,n2)/lr)+vcr2*pow(abs(v(n1,n2))/lr,2))*tcoef'
 c2 n2 nw 'ca*(wr+dw)*lr/2'

 .ends rnhr1000

 .endl res
 .lib 'cic018.l' cap
 *
 *     #########################################
 *     #                                       #
 *     #  0.18um rfcmos mim_sh hspice model    #
 *     #                                       #  
 *     #########################################
 *
 .subckt mimcaps 1 2 nx=1 ny=1 l=20e-6 w=20e-6 

 **********************************************
 .param dt='temper-25'
 .param leb='ny*(l+1.7e-6)+4.3e-6'        
 .param wb='nx*(w+1.7e-6)+4.3e-6'
 .param cn='0.001'
 .param cox='5.4478e-6'
 .param n='nx*ny'
 .param cs='n*(l*w*cn+1.5e-10*(l+w))*(1+3e-5*dt+1e-8*dt*dt)'
 .param cox1='(leb*wb*cox+3.382e-11*(leb+wb))/2'
 .param cox2= 'cox1'
 .param rs='2.0667e-2*leb/wb'
 .param k='wb/(wb+2*(1e-4-wb/2-3.25e-5))'
 .param k1='sqrt(1-k*k)'
 .param f='1/(log(2*(1+sqrt(k1))/(1-sqrt(k1))))'
 .param ls='1e-7*leb/f*(0.0074*(leb/wb)+0.2399+0.7363/(leb/wb))'
 * --------- equivalent network -------------------
 *
 c 1 11 'cs*(1.0027-0.0002*v(2,1)+3e-5*v(2,1)*v(2,1))'
 l 11 12 ls
 r 12 2 rs
 *c1 11 999 cox1
 *c2 2 999 cox2
 *
 .ends
 .endl cap
 .endl sf
 .alter
 $ alter processing continues $
  **warning** (cic018.l:234) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:234) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:235) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:235) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:239) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:240) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:243) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:243) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:247) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:248) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:148) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:148) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:149) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:149) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:153) expression -10*0.09        not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:154) expression -10*0.09        not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:157) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:157) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:161) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:162) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead


 **warning**  the accurate option increases  the cpu time but the results
                are more accurate.
 ***accurate option sets default value of the options: 
 lvltim= 4         dvdt= 3       relvar= 200.00m absvar= 200.00m
     ft= 200.00m relmos=  10.00m
 (used for FFT control ) fft_accurate= 1
1****** HSPICE -- B-2008.09-SP1 32-BIT (Nov 24 2008) linux ******               
 ******  
 ac response

  ******  circuit name directory
 circuit number to circuit name directory
   number circuitname                     definition         multiplier
        0 main circuit
        1 xop.                            aicopamp           1.00 


  **warning**  in element=  1:ccm2r            defined in subckt aicopamp        
     capacitance =    0.00     <= 0 farad, please verify it.


 ***************************************************************************
 ***        model parameters  model name:   0:n_18.1   model type:nmos   ***
 ***************************************************************************

   *** general parameters ***
    deriv=   0.           

   ***  level 49  model parameters  ***

      hspver=    2006.03               level=         49         
     version=        3.2            paramchk=          0         
      apwarn=          1                lite=          0         
      vgslim=          0             binUnit=          1         
      capMod=          2               xpart=          1         
      mobMod=          1              nqsMod=          0         
      stiMod=          0                 elm=          5         
    sfvtflag=          0                 tox=   4.37e-09 meter   
          xj=    1.6e-07 meter       binflag=          0         
        lmin=    1.8e-07 meter          lmax=      5e-05 meter   
        wmin=    2.5e-07 meter          wmax=     0.0001 meter   
        lref=          0 meter          wref=          0 meter   
        lint=  1.587e-08 meter          wint=  1.022e-08 meter   
       lmult=          1               wmult=          1         
          ll= -1.062e-15                 lln=          1         
          lw=  2.996e-15                 lwn=          1         
         lwl=          0                  wl=          0         
         wln=          1                  ww=  7.262e-16         
         wwn=          1                 wwl=          0         
         dwg= -3.396e-09 m/V             dwb=  1.346e-09 m/V^1/2 
          xl=  2.095e-07                  xw=     -2e-08         
          a0=       1.93                 ags=     0.5072 V^-1    
          b0=  1.486e-06 meter            b1=  9.064e-06 meter   
        keta=    0.01752 V^-1           voff=    -0.1088 V       
       ngate=      1e+23 cm^-3           vbx=          0 V       
         vbm=         -3 V                xt=   1.55e-07 meter   
        vth0=      0.322 V               nch= 3.7446e+17 cm^-3   
        nsub=      6e+16 cm^-3           nlx=  4.279e-07 meter   
      gamma1=          0 V^-1/2       gamma2=          0 V^-1/2  
          k1=     0.4578 V^1/2            k2=   -0.02638         
          k3=     -10.88                 k3b=     0.2379 V^-1    
          w0= -8.813e-08 meter          dvt0=     0.4042         
        dvt1=     0.3237                dvt2=    -0.8602 V^-1    
       dvt0w=      0.383 meter^-1      dvt1w=     600000 meter^-1
       dvt2w=     -0.025 V^-1           dsub=   0.001592         
        eta0=   0.001004                etab=  -0.001459 V^-1    
          u0=      314.1 cm^2/V/sec         ua= -9.201e-10 m/V     
          ub=  1.907e-18 (m/V)^2          uc=  4.355e-11 V^-1    
        vsat=      72580 m/sec            a1=          0 v^-1    
          a2=          1               delta=       0.01 V       
        rdsw=      4.905 ohm-um         prwg=          0 V^-1    
        prwb=          0 V^-1/2           wr=          1         
        pclm=      1.091             pdiblc1=   0.003061         
     pdiblc2=      1e-06             pdiblcb=          0 V^-1    
      pscbe1=  4.866e+08 V/m          pscbe2=    2.8e-07 V/m     
       drout=   0.001592                pvag=    -0.2958         
     nfactor=      1.038                cdsc=   0.002275 f/m^2   
       cdscb=  0.0008241 f/V/m^2       cdscd=    -0.0005 f/V/m^2 
         cit=  -0.001511 f/m^2        alpha0=          0 m/V     
       beta0=         30 V               dlc=      4e-08 meter   
         dwc=          0 meter           clc=      1e-07 meter   
         cle=        0.6                cgso=  2.015e-10 f/m     
        cgdo=    2.1e-10 f/m            cgbo=          0 f/m     
        cgsl=          0 f/m            cgdl=          0 f/m     
      ckappa=        0.6                  cf=  1.533e-10 f/m     
        acde=          1 m/V            moin=         15 V^1/2   
        toxm=    4.2e-09 m            dtoxcv=          0 m       
         vfb (not used)                alpha1=          0 1/V     
        ijth=          0 A              noff=          1         
      voffcv=          0                 tcj=          0 1/K     
       tcjsw=          0 1/K          tcjswg=          0 1/K     
         tpb=          0 V/K           tpbsw=          0 V/K     
      tpbswg=          0 V/K             llc=  -6.64e-15         
         lwc=          0                lwlc=          0         
         wlc=          0                 wwc=          0         
        wwlc=          0                tnom=     298.15 K       
         kt1=    -0.2255 V              kt1l= -4.275e-09         
         kt2=   -0.02527                 ute=     -1.186         
         ua1=  2.253e-09 m/V             ub1= -2.673e-18 (m/V)^2 
         uc1= -3.832e-11 m/V^2            at=      14490 m/s     
         prt=     -10.18         
         using Berkeley noise model       noiMod=          1         
        noia=      1e+20                noib=      50000         
        noic=   -1.4e-12                  em=    4.2e+07         
          ef=          1                  af=          1         
          kf=      1e-29              gdsnoi=-1.23457e-29         
         using Hspice diodes            using ACM 
         acm=         3                 hdif=   2.6e-07 meter    
        ldif=     8e-08 meter             js=     1e-06 amp/m^2  
         jsw=     7e-11 amp/m            xti=         3          
           n=         1                   cj=  0.001133 f/m^2    
          mj=     0.443                   pb=     0.823 V        
        cjsw=  1.49e-10 f/m             mjsw=      0.33          
         php=      0.88 V               pbsw (not used)           
      cjgate= 5.555e-10 f/m            cjswg (not used)           
       mjswg (not used)                 pbswg (not used)           
         la0=    -0.4667                lags=     0.3028         
       lketa=   -0.01942               lvoff=  -0.004208         
       lvth0=     0.0024                lnlx= -2.854e-08         
       leta0=   0.001574            lpdiblc2=  -0.004752         
         wa0=   -0.04731                wags=   0.004242         
       wvoff= -0.0004078               wvth0=    0.07227         
         wu0=      -3.96                 wua=  -1.88e-11         
       wvsat=       5066                wute=    0.06373         
         wat=       7067                 pa0=   -0.02649         
       pvoff= -0.0003788               pvth0=     -0.001         
         pw0=    1.3e-09                 pub=    3.8e-20         
       pvsat=        140         
 ***************************************************************************
 ***        model parameters  model name:   0:p_18.1   model type:pmos   ***
 ***************************************************************************

   *** general parameters ***
    deriv=   0.           

   ***  level 49  model parameters  ***

      hspver=    2006.03               level=         49         
     version=        3.2            paramchk=          0         
      apwarn=          1                lite=          0         
      vgslim=          0             binUnit=          1         
      capMod=          2               xpart=          1         
      mobMod=          3              nqsMod=          0         
      stiMod=          0                 elm=          5         
    sfvtflag=          0                 tox=   4.05e-09 meter   
          xj=      1e-07 meter       binflag=          0         
        lmin=    1.8e-07 meter          lmax=      5e-05 meter   
        wmin=    2.5e-07 meter          wmax=     0.0001 meter   
        lref=          0 meter          wref=          0 meter   
        lint= -1.041e-08 meter          wint= -1.525e-07 meter   
       lmult=          1               wmult=          1         
          ll=  6.635e-15                 lln=          1         
          lw= -2.873e-16                 lwn=          1         
         lwl=          0                  wl=          0         
         wln=          1                  ww=  1.236e-14         
         wwn=          1                 wwl=          0         
         dwg= -1.251e-07 m/V             dwb= -1.039e-07 m/V^1/2 
          xl=  -1.05e-08                  xw=    1.5e-08         
          a0=       1.35                 ags=     0.3818 V^-1    
          b0= -3.088e-07 meter            b1=          0 meter   
        keta=    0.01044 V^-1           voff=    -0.1073 V       
       ngate=      1e+23 cm^-3           vbx=          0 V       
         vbm=         -3 V                xt=   1.55e-07 meter   
        vth0=    -0.4405 V               nch=  6.231e+17 cm^-3   
        nsub=      6e+16 cm^-3           nlx=   2.53e-07 meter   
      gamma1=          0 V^-1/2       gamma2=          0 V^-1/2  
          k1=     0.5704 V^1/2            k2=   0.006973         
          k3=     -2.833                 k3b=      1.326 V^-1    
          w0= -1.943e-07 meter          dvt0=     0.4885         
        dvt1=    0.07578                dvt2=     0.1187 V^-1    
       dvt0w=    -0.1261 meter^-1      dvt1w=      24790 meter^-1
       dvt2w=     0.6915 V^-1           dsub=     1.9191         
        eta0=      1.071                etab=    -0.9291 V^-1    
          u0=        128 cm^2/V/sec         ua=   1.54e-09 m/V     
          ub=  2.646e-19 (m/V)^2          uc=   -0.09587 V^-1    
        vsat=      53400 m/sec            a1=          0 v^-1    
          a2=          1               delta=       0.01 V       
        rdsw=      792.1 ohm-um         prwg=          0 V^-1    
        prwb=          0 V^-1/2           wr=          1         
        pclm=      2.653             pdiblc1=          0         
     pdiblc2=      5e-06             pdiblcb=          0 V^-1    
      pscbe1=  4.866e+08 V/m          pscbe2=    2.8e-07 V/m     
       drout=      1.457                pvag=      1.262         
     nfactor=      1.535                cdsc=  0.0007578 f/m^2   
       cdscb=     0.0001 f/V/m^2       cdscd= -2.883e-05 f/V/m^2 
         cit=  -0.001067 f/m^2        alpha0=          0 m/V     
       beta0=         30 V               dlc=   7.01e-08 meter   
         dwc=          0 meter           clc=      1e-07 meter   
         cle=        0.6                cgso= 2.3094e-10 f/m     
        cgdo= 2.3094e-10 f/m            cgbo=          0 f/m     
        cgsl=          0 f/m            cgdl=          0 f/m     
      ckappa=        0.6                  cf=  1.533e-10 f/m     
        acde=          1 m/V            moin=         15 V^1/2   
        toxm=    4.2e-09 m            dtoxcv=          0 m       
         vfb (not used)                alpha1=          0 1/V     
        ijth=          0 A              noff=          1         
      voffcv=          0                 tcj=          0 1/K     
       tcjsw=          0 1/K          tcjswg=          0 1/K     
         tpb=          0 V/K           tpbsw=          0 V/K     
      tpbswg=          0 V/K             llc=  -1.31e-14         
         lwc=          0                lwlc=          0         
         wlc=          0                 wwc=          0         
        wwlc=          0                tnom=     298.15 K       
         kt1=    -0.2294 V              kt1l= -8.204e-09         
         kt2=  -0.009487                 ute=    -0.4484         
         ua1=  4.571e-09 m/V             ub1= -6.026e-18 (m/V)^2 
         uc1=    -0.0985 m/V^2            at=      12030 m/s     
         prt=          0         
         using Berkeley noise model       noiMod=          1         
        noia=      1e+20                noib=      50000         
        noic=   -1.4e-12                  em=    4.2e+07         
          ef=          1                  af=          1         
          kf=      1e-29              gdsnoi=-1.23457e-29         
         using Hspice diodes            using ACM 
         acm=         3                 hdif=   2.6e-07 meter    
        ldif=     8e-08 meter             js=     3e-06 amp/m^2  
         jsw=  4.22e-11 amp/m            xti=         3          
           n=         1                   cj=  0.001086 f/m^2    
          mj=     0.395                   pb=     0.762 V        
        cjsw= 1.586e-10 f/m             mjsw=     0.324          
         php=     0.665 V               pbsw (not used)           
      cjgate= 1.586e-10 f/m            cjswg (not used)           
       mjswg (not used)                 pbswg (not used)           
         la0=     -0.281                lags=    0.04454         
       lketa=     -0.012               lvoff= -0.0009871         
       lvth0=     0.0029                lnlx= -1.584e-08         
         lua= -8.253e-11            lpdiblc2=   0.003012         
         wa0=   -0.04807                wags=   -0.04277         
       wvoff=  -0.009816               wvth0=    -0.0063         
         wua=   2.63e-09               wvsat=     -14200         
       wrdsw=      10.07                wute=    -0.2682         
         wat=      -6405                wprt=      226.6         
         pa0=    0.08661                pags=   -0.04076         
       pvoff= -9.833e-05               pvth0=   0.003215         
         pua=  5.855e-11               pvsat=       -459         
 
      
  Opening plot unit= 15
 file=11_ac.pa3                                                                


 **diagnostic** dc convergence failure, 
 resetting dcon option to 1 and retrying

 **diagnostic** dc convergence successful
 you can increase the efficiency of the
 operating point calculation by setting dcon= 1
 in the .option statement
1****** HSPICE -- B-2008.09-SP1 32-BIT (Nov 24 2008) linux ******               
 ******  
 ac response

  ******  operating point information tnom=  25.000 temp=  25.000 *****
 ***** operating point status is all       simulation time is     0.     
    node    =voltage      node    =voltage      node    =voltage

 +0:iref    = 560.1723m 0:vdd     =   1.8000  0:vinn    = 900.0000m
 +0:vinp    = 900.0000m 0:vocm    = 900.0000m 0:von     =   1.3883 
 +0:vop     =   1.3883  0:vss     =   0.      1:net102  = 581.7791m
 +1:net102r = 581.7791m 1:net110  = 581.7791m 1:net110r = 581.7791m
 +1:net15   =   1.3527  1:net28   =   1.3614  1:net32   =   1.3527 
 +1:net34   = 815.4039m 1:net34r  = 815.4039m 1:net36   =   1.1959 
 +1:net39   = 330.8247m 1:net47   =   1.0454  1:net9    =   1.3063 
 +1:vb1     = 687.2122m 1:vcmc    =   1.0047  1:vcmcb   =   1.1735 
 +1:vol     = 581.7791m 1:vol2    = 946.2659m 1:vor     = 581.7791m
 +1:vor2    = 946.2659m


 ****  voltage sources

 subckt                                                         
 element  0:vdd      0:vgnd     0:vocm     0:vinp     0:vinn    
  volts      1.8000     0.       900.0000m  900.0000m  900.0000m
  current -824.5787u  656.1551u   29.5907u    0.         0.     
  power      1.4842m    0.       -26.6317u    0.         0.     

     total voltage source power dissipation=    1.4576m       watts



 ***** current sources

 subckt             
 element  0:iref    
  volts      1.2398 
  current    1.9686u
  power     -2.4407u


     total current source power dissipation=  -2.4407u       watts

 **** resistors

 subckt                         xop        xop        xop        xop       
 element  0:rload1   0:rload2   1:rr1      1:rr0      1:rr2      1:rp2r    
  r value   20.0000k   20.0000k   20.0000k   20.0000k   10.0000k   10.0000u
  v drop     1.3883     1.3883    81.9876m   81.9875m -295.9074m    0.     
  current   69.4164u   69.4164u    4.0994u    4.0994u  -29.5907u    0.     
  power     96.3728u   96.3728u  336.0980n  336.0979n    8.7561u    0.     

 subckt   xop        xop        xop       
 element  1:rp2      1:rp1r     1:rp1     
  r value   10.0000u   30.0000k   30.0000k
  v drop     0.         0.         0.     
  current    0.         0.         0.     
  power      0.         0.         0.     



 **** mosfets


 subckt   xop        xop        xop        xop        xop        xop       
 element  1:mm13     1:mm12     1:mm11     1:mm15_r   1:mm15     1:mm14    
 model    0:n_18.1   0:n_18.1   0:n_18.1   0:p_18.1   0:p_18.1   0:p_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati   Saturati
  id        47.5621u   47.5621u   95.1243u  -18.6905u  -18.6905u  -66.2527u
  ibs       -2.3474f   -2.3474f -2.865e-20  2.548e-21  2.548e-21  8.036e-21
  ibd       -9.5978f   -9.5978f   -2.3473f  610.8346a  610.8346a  471.9096a
  vgs      569.1753m  569.1753m  560.1723m -665.4498m -665.4498m -795.2980m
  vds        1.0218     1.0218   330.8247m -770.8829m -770.8829m -447.3381m
  vbs     -330.8247m -330.8247m    0.         0.         0.         0.     
  vth      535.0602m  535.0602m  436.8430m -464.0635m -464.0635m -461.4555m
  vdsat     84.0337m   84.0337m  130.3931m -203.6547m -203.6547m -308.3214m
  vod       34.1151m   34.1151m  123.3293m -201.3862m -201.3862m -333.8426m
  beta      19.6585m   19.6585m   11.2886m  883.9258u  883.9258u    1.2893m
  gam eff  515.9857m  515.9857m  507.4460m  557.0846m  557.0846m  557.0846m
  gm       894.5610u  894.5610u    1.1834m  158.0909u  158.0909u  347.0519u
  gds       11.6812u   11.6812u   16.5529u  843.0048n  843.0048n    7.5121u
  gmb      151.6637u  151.6637u  249.3110u   46.2415u   46.2415u  105.0599u
  cdtot     67.6629f   67.6629f   82.4053f   13.6322f   13.6322f   22.6768f
  cgtot    202.1407f  202.1407f  389.9165f   80.8415f   80.8415f  121.8904f
  cstot    235.7319f  235.7319f  446.0820f   93.1925f   93.1925f  139.3748f
  cbtot    160.2602f  160.2602f  230.8161f   43.3246f   43.3246f   64.6944f
  cgs      161.0342f  161.0342f  341.7970f   70.3687f   70.3687f  106.6184f
  cgd       16.4710f   16.4710f   16.7430f    4.6653f    4.6653f    7.5888f



 subckt   xop        xop        xop        xop        xop        xop       
 element  1:mm14_r   1:mm16_r   1:mm16     1:mm22_r   1:mm21_r   1:mm22    
 model    0:p_18.1   0:n_18.1   0:n_18.1   0:n_18.1   0:p_18.1   0:n_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati   Saturati
  id       -66.2527u   18.6905u   18.6905u   23.9403u  -23.9404u   23.9403u
  ibs      8.036e-21 -4.171e-21 -4.171e-21 -1.106e-20  5.733e-21 -1.106e-20
  ibd      471.9096a -494.3442a -494.3442a   -2.0184f    1.2089f   -2.0184f
  vgs     -795.2980m  560.1723m  560.1723m  581.7791m -626.4602m  581.7791m
  vds     -447.3381m  581.7791m  581.7791m  946.2659m -853.7341m  946.2659m
  vbs        0.         0.         0.         0.         0.         0.     
  vth     -461.4555m  422.7628m  422.7628m  487.3580m -487.0455m  487.3580m
  vdsat   -308.3214m  139.4013m  139.4013m  119.1738m -171.0320m  119.1738m
  vod     -333.8426m  137.4095m  137.4095m   94.4210m -139.4147m   94.4210m
  beta       1.2893m    1.8500m    1.8500m    3.7254m    1.8266m    3.7254m
  gam eff  557.0846m  507.4461m  507.4461m  507.4461m  557.0846m  507.4461m
  gm       347.0519u  217.1307u  217.1307u  337.9537u  259.4342u  337.9537u
  gds        7.5121u    2.4060u    2.4060u    4.0875u    1.9284u    4.0875u
  gmb      105.0599u   45.3646u   45.3646u   68.9276u   73.4438u   68.9276u
  cdtot     22.6768f   11.8537f   11.8537f   15.2726f   15.4073f   15.2726f
  cgtot    121.8904f   63.1127f   63.1127f   45.5718f   42.6162f   45.5718f
  cstot    139.3748f   71.7588f   71.7588f   57.7662f   54.0285f   57.7662f
  cbtot     64.6944f   35.3765f   35.3765f   38.1239f   35.5014f   38.1239f
  cgs      106.6184f   55.4512f   55.4512f   38.2868f   34.7498f   38.2868f
  cgd        7.5888f    2.6154f    2.6154f    3.2124f    4.7302f    3.2124f



 subckt   xop        xop        xop        xop        xop        xop       
 element  1:mm21     1:mm34_r   1:mm32_r   1:mm31_r   1:mm33_r   1:mm34    
 model    0:p_18.1   0:n_18.1   0:n_18.1   0:p_18.1   0:p_18.1   0:n_18.1  
 region     Saturati   Saturati   Saturati   Saturati     Linear   Saturati
  id       -23.9404u   77.2506u   83.0294u  -83.0294u -150.7666u   77.2506u
  ibs      5.733e-21 -3.570e-20 -3.837e-20  1.502e-20  2.055e-20 -3.570e-20
  ibd        1.2089f   -8.8838f -434.7741a  434.7058a  271.8151a   -8.8838f
  vgs     -626.4602m  581.7791m  946.2659m -984.5961m -984.5961m  581.7791m
  vds     -853.7341m    1.3883   815.4039m -984.5961m -411.6713m    1.3883 
  vbs        0.         0.         0.         0.         0.         0.     
  vth     -487.0455m  483.0471m  488.6497m -487.5560m -482.6481m  483.0471m
  vdsat   -171.0320m  122.0543m  379.0767m -464.9404m -460.3935m  122.0543m
  vod     -139.4147m   98.7319m  457.6162m -497.0401m -501.9480m   98.7319m
  beta       1.8266m   11.1774m  918.7580u  695.0481u    1.3993m   11.1774m
  gam eff  557.0846m  507.4461m  507.4479m  557.0844m  557.0844m  507.4461m
  gm       259.4342u    1.0650m  324.0142u  286.0041u  451.7846u    1.0650m
  gds        1.9284u   12.3754u    7.0572u    6.2512u  103.4818u   12.3754u
  gmb       73.4438u  214.9185u   63.4531u   87.8717u  142.3448u  214.9185u
  cdtot     15.4073f   43.0659f    3.9227f    5.8477f   14.2752f   43.0659f
  cgtot     42.6162f  137.0821f   11.5951f   17.8141f   36.1230f  137.0821f
  cstot     54.0285f  173.6522f   14.7433f   22.0494f   43.0525f  173.6522f
  cbtot     35.5014f  111.6541f    9.4738f   13.4345f   26.4460f  111.6541f
  cgs       34.7498f  115.1107f    9.9635f   14.7889f   29.4834f  115.1107f
  cgd        4.7302f    9.6300f  809.5964a    1.9577f    4.7491f    9.6300f



 subckt   xop        xop        xop        xop        xop        xop       
 element  1:mm32     1:mm31     1:mm33     1:mm9fb    1:mm6fb    1:mm3fb   
 model    0:n_18.1   0:p_18.1   0:p_18.1   0:n_18.1   0:n_18.1   0:n_18.1  
 region     Saturati   Saturati     Linear   Saturati   Saturati   Saturati
  id        83.0294u  -83.0294u -150.7666u   48.2475u   48.2475u   48.6123u
  ibs     -3.837e-20  1.502e-20  2.055e-20 -2.230e-20 -2.230e-20 -2.247e-20
  ibd     -434.7741a  434.7058a  271.8151a   -5.8933f   -5.8933f   -6.1318f
  vgs      946.2659m -984.5961m -984.5961m  560.1723m  560.1723m  560.1723m
  vds      815.4039m -984.5961m -411.6713m    1.0047     1.0047     1.0454 
  vbs        0.         0.         0.         0.         0.         0.     
  vth      488.6497m -487.5560m -482.6481m  486.7878m  486.7878m  486.3912m
  vdsat    379.0767m -464.9404m -460.3935m  105.5557m  105.5557m  105.8041m
  vod      457.6162m -497.0401m -501.9480m   73.3844m   73.3844m   73.7810m
  beta     918.7580u  695.0481u    1.3993m   10.2437m   10.2437m   10.2438m
  gam eff  507.4479m  557.0844m  557.0844m  507.4460m  507.4460m  507.4460m
  gm       324.0142u  286.0041u  451.7847u  754.4841u  754.4841u  758.5707u
  gds        7.0572u    6.2512u  103.4818u    8.9658u    8.9658u    8.9764u
  gmb       63.4531u   87.8717u  142.3448u  154.4846u  154.4846u  155.1725u
  cdtot      3.9227f    5.8477f   14.2752f   41.6161f   41.6161f   41.3611f
  cgtot     11.5951f   17.8141f   36.1230f  122.6849f  122.6849f  122.7529f
  cstot     14.7433f   22.0494f   43.0525f  155.2364f  155.2364f  155.3179f
  cbtot      9.4738f   13.4345f   26.4460f  104.5096f  104.5096f  104.2584f
  cgs        9.9635f   14.7889f   29.4834f  101.9548f  101.9548f  102.0218f
  cgd      809.5964a    1.9577f    4.7491f    8.8584f    8.8584f    8.8574f



 subckt   xop        xop        xop        xop        xop        xop       
 element  1:mm8fb    1:mm7fb    1:mm5fb    1:mm2fb    1:mm1fb    1:mm4fb   
 model    0:p_18.1   0:p_18.1   0:p_18.1   0:p_18.1   0:p_18.1   0:p_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati   Saturati
  id       -85.1277u  -85.1277u  -11.3674u  -48.6124u  -40.4136u  -40.9582u
  ibs      2.284e-20  2.038e-20  2.722e-21  1.304e-20  9.677e-21  9.808e-21
  ibd        1.3032f  621.0003a  744.5555a  953.3966a  419.4053a  513.2302a
  vgs     -674.2164m -795.2980m -508.6952m -619.1289m -754.6281m -754.6281m
  vds     -356.7266m -438.5714m -191.2055m -260.9692m -493.6589m -604.0926m
  vbs        0.         0.         0.         0.         0.         0.     
  vth     -485.7149m -487.0483m -487.0445m -485.7142m -487.0475m -487.0475m
  vdsat   -213.2342m -313.3066m  -89.4610m -167.7291m -278.6288m -278.6304m
  vod     -188.5015m -308.2498m  -21.6507m -133.4148m -267.5806m -267.5806m
  beta       4.1696m    1.7609m    5.1377m    4.2165m    1.0657m    1.0657m
  gam eff  557.0846m  557.0846m  557.0847m  557.0846m  557.0846m  557.0846m
  gm       739.1681u  473.0938u  202.1965u  535.4485u  259.0097u  263.1693u
  gds       15.5917u   15.6539u    3.1756u   13.0853u    5.5175u    4.4610u
  gmb      210.4121u  138.9403u   56.3900u  150.7114u   75.3587u   76.6117u
  cdtot     41.0179f   17.0564f   49.1509f   42.3709f    9.9754f    9.6998f
  cgtot     99.0717f   43.2006f   95.7621f   98.3432f   25.8676f   25.8401f
  cstot    126.8513f   54.6520f  115.8189f  125.3195f   32.7902f   32.7982f
  cbtot     88.1399f   36.6342f  103.4986f   89.2558f   21.8751f   21.6537f
  cgs       80.9619f   35.4750f   67.8575f   79.7807f   21.2549f   21.2452f
  cgd       11.1713f    4.9006f   13.1785f   11.3198f    2.8816f    2.8570f



 subckt   xop        xop        xop        xop        xop       
 element  1:mm7b     1:mm3b     1:mm6b     1:mm2b     1:mm1b    
 model    0:p_18.1   0:n_18.1   0:p_18.1   0:n_18.1   0:n_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati
  id        -2.1264u    2.1264u   -6.0060u    6.0059u    1.9686u
  ibs      3.848e-22 -6.405e-22  1.740e-21 -1.809e-21 -5.929e-22
  ibd      110.6380a -166.5359a   71.2045a -292.5642a  -79.4932a
  vgs     -626.4602m  560.1723m   -1.1128   560.1723m  560.1723m
  vds     -626.4602m    1.1735    -1.1128   687.2122m  560.1723m
  vbs        0.         0.         0.         0.         0.     
  vth     -470.1859m  431.2460m -470.7756m  434.4760m  435.3198m
  vdsat   -172.4923m  134.1987m -597.8534m  131.9987m  131.4257m
  vod     -156.2743m  128.9263m -642.0122m  125.6963m  124.8525m
  beta     151.9503u  225.7625u   30.8275u  677.3060u  225.7702u
  gam eff  557.0846m  507.4460m  557.0845m  507.4460m  507.4460m
  gm        21.7920u   25.5914u   16.9007u   73.7874u   24.3095u
  gds      113.4814n  255.5597n  231.7528n  778.5909n  267.1501n
  gmb        6.2619u    5.2879u    5.2745u   15.4178u    5.0942u
  cdtot      2.4804f    1.3857f  588.8083a    4.4979f    1.5395f
  cgtot     13.0970f    7.7859f    3.0225f   23.3493f    7.7840f
  cstot     15.2901f    8.9271f    3.6566f   26.7873f    8.9285f
  cbtot      7.5450f    4.3847f    1.8200f   13.4868f    4.5332f
  cgs       11.2766f    6.8134f    2.6268f   20.4632f    6.8241f
  cgd      784.5561a  321.4556a  178.5950a  967.5929a  323.7193a



 ***************************************************
   ******   pole/zero analysis  
 **warning** underflow 1 time(s) in pole/zero analysis
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 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 
 
    input =  0:vinp          output = v(vop,von)
 
       poles (rad/sec)                 poles ( hertz)
 real            imag            real            imag            
 -42.0606k       0.              -6.69415k       0.              
 -2.20177x       0.              -350.422k       0.              
 -4.46465x       14.1524x        -710.571k       2.25242x        
 -4.46465x       -14.1524x       -710.571k       -2.25242x       
 -25.0942x       0.              -3.99387x       0.              
 -185.114x       227.830x        -29.4618x       36.2603x        
 -185.114x       -227.830x       -29.4618x       -36.2603x       
 -217.041x       0.              -34.5432x       0.              
 -592.939x       974.316x        -94.3692x       155.067x        
 -592.939x       -974.316x       -94.3692x       -155.067x       
 -917.294x       -730.854x       -145.992x       -116.319x       
 -917.294x       730.854x        -145.992x       116.319x        
 -981.285x       0.              -156.176x       0.              
 -1.01317g       0.              -161.250x       0.              
 -2.41984g       0.              -385.129x       0.              
 -3.38144g       -1.47746g       -538.173x       -235.145x       
 -3.38144g       1.47746g        -538.173x       235.145x        
 -3.93487g       0.              -626.254x       0.              
 -4.19449g       0.              -667.573x       0.              
 -5.13279g       0.              -816.910x       0.              
 -5.15497g       0.              -820.438x       0.              
 
       zeros (rad/sec)                 zeros ( hertz)
 real            imag            real            imag            
 -4.41380x       14.1044x        -702.478k       2.24478x        
 -4.42675x       -14.0997x       -704.539k       -2.24403x       
 -24.9364x       97.0647         -3.96875x       15.4483         
 -30.1306x       0.              -4.79544x       0.              
 -180.188x       -219.692x       -28.6778x       -34.9651x       
 -185.398x       219.714x        -29.5070x       34.9685x        
 -217.238x       648.347k        -34.5746x       103.188k        
 -913.452x       739.586x        -145.380x       117.709x        
 -928.184x       -747.491x       -147.725x       -118.967x       
 -971.894x       -18.7111x       -154.682x       -2.97797x       
 -2.77006g       974.321x        -440.869x       155.068x        
 -2.77047g       -974.929x       -440.935x       -155.165x       
 -2.91202g       -3.47211g       -463.462x       -552.603x       
 -2.91202g       3.47211g        -463.462x       552.603x        
 -3.01308g       -79.2232k       -479.546x       -12.6088k       
 -4.39264g       -509.296x       -699.111x       -81.0569x       
 -4.39287g       508.843x        -699.147x       80.9849x        
 -5.16831g       -240.136k       -822.562x       -38.2188k       
 -13.0150g       0.              -2.07140g       0.              
 36.6081g        0.              5.82636g        0.              
 75.0975g        0.              11.9521g        0.              
 
  ***** constant factor = 5.18491n
 ******  
 ac response

  ******  ac analysis tnom=  25.000 temp=  25.000 *****
   dcgain_in_db=  9.2517E+01    at=  1.0000E+01
               from=  1.0000E+01    to=  1.0000E+09
   dcgain=  4.2255E+04    at=  1.0000E+01
               from=  1.0000E+01    to=  1.0000E+09
   unity_frequency=  2.1345E+07
   phase= -1.1557E+02
   phase_margin=  6.4427E+01

          ***** job concluded
1****** HSPICE -- B-2008.09-SP1 32-BIT (Nov 24 2008) linux ******               
 ******  
 ac response

  ******  job statistics summary tnom=  25.000 temp=  25.000 *****

  ******  HSPICE Threads Information  ******
  Command Line Threads Count:                      0
  Available CPU Count:                             8
  Actual Model Evaluation(Load) Threads Count:     1
  Actual Solver Threads Count:                     1


  ******  Circuit Statistics  ******
  # nodes       =      99  # elements   =      56
  # resistors   =       9  # capacitors =       6  # inductors   =       0
  # mutual_inds =       0  # vccs       =       0  # vcvs        =       0
  # cccs        =       0  # ccvs       =       0  # volt_srcs   =       5
  # curr_srcs   =       1  # diodes     =       0  # bjts        =       0
  # jfets       =       0  # mosfets    =      35  # U elements  =       0
  # T elements  =       0  # W elements =       0  # B elements  =       0
  # S elements  =       0  # P elements =       0  # va device   =       0


  ******  Runtime Statistics (seconds)  ******

  analysis           time    # points   tot. iter  conv.iter
  op point           0.06           1         241
  ac analysis        0.00          81          81
  readin             0.02
  errchk             0.01
  setup              0.00
  output             0.00


           total memory used          673  kbytes
           total cpu time            0.09 seconds
           total elapsed time        0.11 seconds
           job started at     22:16:26 06/25/2016
           job ended   at     22:16:26 06/25/2016


1****** HSPICE -- B-2008.09-SP1 32-BIT (Nov 24 2008) linux ******               
 ******  
 

  ******    alter processing listing tnom=  25.000 temp=  25.000 *****
 .lib 'cic018.l' fs
 .param
 *1.8v nmos 
 +  dtox_n_18      =   0.0000e+00        dxl_n_18       =   1.2000e-08                
 +  dxw_n_18       =  -1.0000e-08        dvth0_n_18     =   1.3000e-02                
 +  du0_n_18       =  -5.0000e+00        dlvth0_n_18    =   1.2000e-03
 +  dwvth0_n_18    =   4.7000e-03        dwu0_n_18      =  -2.0000e+00
 +  dpvth0_n_18    =  -5.5000e-04        dpvsat_n_18    =   6.0000e+01
 +  dcgdo_n_18     =   0.0000e+00        dcgso_n_18     =   0.0000e+00                
 +  dcj_n_18       =   1.0300e-04        dcjsw_n_18     =   1.3400e-11                
 +  dcjgate_n_18   =   5.0000e-11  
 *1.8v pmos 
 +  dtox_p_18      =   0.0000e+00        du0_p_18       =   2.0000e+00
 +  dxl_p_18       =  -4.0000e-09        dxw_p_18       =   1.0000e-08                
 +  dvth0_p_18     =   1.7000e-02        dlvth0_p_18    =  -3.0000e-04
 +  dwvth0_p_18    =   3.5000e-03  	dpvth0_p_18    =   9.0000e-05                  
 +  dcgdo_p_18     =   0.0000e+00        dpvsat_p_18    =  -3.0000e+01        
 +  dcgso_p_18     =   0.0000e+00        dcj_p_18       =  -1.2400e-04                
 +  dcjsw_p_18     =  -1.7400e-11        dcjgate_p_18   =  -4.2000e-11                

 *1.8v nmos deep_nwell
 +  dtox_n_bpw_18   =   0.0000e+00       dxl_n_bpw_18       =  -9.5000e+09               
 +  dxw_n_bpw_18    =   1.0000e-08       dvth0_n_bpw_18     =  -1.2300e-02                
 +  du0_n_bpw_18    =   6.0000e+00       dlvth0_n_bpw_18    =  -7.0000e-04
 +  dwvth0_n_bpw_18 =  -4.6000e-03       dwu0_n_bpw_18      =   1.7000e+00
 +  dpvth0_n_bpw_18 =   4.2000e-04       dpvsat_n_bpw_18    =  -7.0000e+01
 +  dcgdo_n_bpw_18  =   0.0000e+00       dcgso_n_bpw_18     =   0.0000e+00                
 +  dcj_n_bpw_18    =  -1.0300e-04       dcjsw_n_bpw_18     =  -1.3400e-11                
 +  dcjgate_n_bpw_18=  -5.0000e-11  

 *3.3v nmos 
 +dtox_n_33     = 0      	dlint_n_33    = 9.2e-9      	dwint_n_33     = -2e-9
 +dvth0_n_33    = -0.03  	dcgdo_n_33    = 0           	dcgso_n_33     = 0

 *3.3v pmos
 +dtox_p_33     = 0      	dlint_p_33    = -8.44e-9    	dwint_p_33     = 1e-8
 +dvth0_p_33    = -0.02  	dcgdo_p_33    = 0           	dcgso_p_33	   =0	

 *3.3v nmos deep_nwell
 +dtox_n_bpw_33     = 0     	dlint_n_bpw_33    = 9.2e-9 	dwint_n_bpw_33     = -2e-9
 +dvth0_n_bpw_33    = -0.03 	dcgdo_n_bpw_33    = 0        	dcgso_n_bpw_33     = 0

 *1.8v low vth nmos
 +dtox_n_lv_18     = 0 		dlint_n_lv_18    = 1.27e-8 	dwint_n_lv_18     = -6e-9 
 +dvth0_n_lv_18    = -0.03   	dcgdo_n_lv_18    = 0    	dcgso_n_lv_18     = 0

 *1.8v low vth pmos
 +dtox_p_lv_18     = 0 		dlint_p_lv_18    = -0.86e-8 	dwint_p_lv_18     = 5e-9 
 +dvth0_p_lv_18    = -0.03   	dcgdo_p_lv_18    = 0    	dcgso_p_lv_18     = 0

 *3.3v low vth nmos
 +dtox_n_lv_33     = 0 		dlint_n_lv_33    = 1.99e-8 	dwint_n_lv_33     = -8e-9 
 +dvth0_n_lv_33    = -0.03   	dcgdo_n_lv_33    = 0    	dcgso_n_lv_33     = 0

 *3.3v low vth pmos
 +dtox_p_lv_33     = 0 		dlint_p_lv_33    = -1.45e-8 	dwint_p_lv_33     = 5e-9 
 +dvth0_p_lv_33    = -0.03   	dcgdo_p_lv_33    = 0    	dcgso_p_lv_33     = 0

 *1.8v zero vt nmos 
 +dtox_n_zero_18  = 0      	dlint_n_zero_18  = 2.05e-8 	dwint_n_zero_18 = 3.35e-8
 +dvth0_n_zero_18 = -0.05  	dcgdo_n_zero_18  = 0       	dcgso_n_zero_18 = 0

 *3.3v zero vt nmos 
 +dtox_n_zero_33  = -2.5e-10   	dlint_n_zero_33  = 2.76e-8   	dwint_n_zero_33 = -5e-9
 +dvth0_n_zero_33 = -0.025   	dcgdo_n_zero_33  = 0  	dcgso_n_zero_33 = 0

 +  drend_rnnpo    =   0.0000e+00                 
 +  drs_rnnpo      =   0.0000e+00                 
 +  ddw_rnnpo      =   0.0000e+00                       
 +  drend_rnppo    =   0.0000e+00                 
 +  drs_rnppo      =   0.0000e+00                 
 +  ddw_rnppo      =   0.0000e+00                 
 +  drend_rnhr1000 =   0.0000e+00                 
 +  drs_rnhr1000   =   0.0000e+00                 
 +  ddw_rnhr1000   =   0.0000e+00  

 .lib 'cic018.l' mos_18 
 *.lib './mm180_reg18_v121.lib' tt
 .model n_18.1 nmos
 *****model selectors/controllers*********************************
 +  level     =   4.9000e+01                          version   =   3.2000e+00  
 +  binunit   =   1.0000e+00                          mobmod    =   1.0000e+00                           
 +  capmod    =   2.0000e+00                          nqsmod    =   0.0000e+00                        
 +  noimod    =   1.0000e+00 

 *****process parameters******************************************
 +  tox       =  '4.2000e-09+dtox_n_18'               toxm      =   4.2000e-09                        
 +  xj        =   1.6000e-07                          nch       =   3.7446e+17                        
 +  rsh       =   8.0000e+00                          ngate     =   1.0000e+23


 *****basic model parameters**************************************
 +  vth0      =  '3.0750e-01+dvth0_n_18'           k1        =   4.5780e-01                     
 +  k2        =  -2.6380e-02                          k3        =  -1.0880e+01                        
 +  k3b       =   2.3790e-01                          w0        =  -8.8130e-08                        
 +  nlx       =   4.2790e-07                          dvt0      =   4.0420e-01                        
 +  dvt1      =   3.2370e-01                          dvt2      =  -8.6020e-01                        
 +  dvt0w     =   3.8300e-01                          dvt1w     =   6.0000e+05                        
 +  dvt2w     =  -2.5000e-02                          lint      =   1.5870e-08                        
 +  wint      =   1.0220e-08                          dwg       =  -3.3960e-09                        
 +  dwb       =   1.3460e-09                          u0        =  '3.2410e+02+du0_n_18'                       
 +  ua        =  -9.2010e-10                          ub        =   1.9070e-18
 +  uc        =   4.3550e-11                          vsat      =   7.2580e+04 
 +  a0        =   1.9300e+00                          ags       =   5.0720e-01                        
 +  b0        =   1.4860e-06                          b1        =   9.0640e-06                        
 +  keta      =   1.7520e-02                          a1        =   0.0000e+00                        
 +  a2        =   1.0000e+00                          voff      =  -1.0880e-01                        
 +  nfactor   =   1.0380e+00                          cit       =  -1.5110e-03                        
 +  cdsc      =   2.2750e-03                          cdscd     =  -5.0000e-04                        
 +  cdscb     =   8.2410e-04                          eta0      =   1.0040e-03                        
 +  etab      =  -1.4590e-03                          dsub      =   1.5920e-03                        
 +  pclm      =   1.0910e+00                          pdiblc1   =   3.0610e-03                        
 +  pdiblc2   =   1.0000e-06                          pdiblcb   =   0.0000e+00                        
 +  drout     =   1.5920e-03                          pscbe1    =   4.8660e+08                        
 +  pscbe2    =   2.8000e-07                          pvag      =  -2.9580e-01                        


 *****parameters for asymmetric and bias-dependent rds model******
 +  rdsw      =   4.9050e+00                          prwg      =   0.0000e+00                        
 +  prwb      =   0.0000e+00                          wr        =   1.0000e+00


 *****impact ionization current model parameters******************
 +  alpha0    =   0.0000e+00                          alpha1    =   0.0000e+00                        
 +  beta0     =   3.0000e+01                        


 *****charge and capacitance model parameters*********************
 +  xpart     =   1.0000e+00                          	cgso      =  '2.3500e-10+dcgso_n_18'         
 +  cgdo      =  '2.3500e-10+dcgdo_n_18'           	cgbo      =   0.0000e+00                        
 +  cgsl      =   0.0000e+00                          	cgdl      =   0.0000e+00                        
 +  ckappa    =   6.0000e-01                          	cf        =   1.5330e-10                        
 +  clc       =   1.0000e-07                          	cle       =   6.0000e-01                        
 +  dlc       =   4.0000e-08                          	dwc       =   0.0000e+00                        
 +  vfbcv     =  -1.0000e+00                          	noff      =   1.0000e+00                        
 +  voffcv    =   0.0000e+00                          	acde      =   1.0000e+00                        
 +  moin      =   1.5000e+01                        


 *****flicker and thermal noise model parameters******************
 +  noia      =   1.0000e+20                          	noib      =   5.0000e+04                        
 +  noic      =  -1.4000e-12                          	em        =   4.2000e+07                        
 +  af        =   1.0000e+00                          	ef        =   1.0000e+00                        
 +  kf        =   1e-29                       


 *****layout-dependent parasitics model parameters****************
 +  lmin      =   1.8000e-07                          	lmax      =   5.0000e-05
 +  wmin      =   2.5000e-07                          	wmax      =   1.0000e-04
 +  xl        = '-1.0500e-08+dxl_n_18'             	xw        =  '0.0000e-00+dxw_n_18'           


 *****asymmetric source/drain junction diode model parameters*****
 +  js        =   1.0000e-06                          	jsw       =   7.0000e-11                        
 +  cj        =  '1.0300e-03+dcj_n_18'             	mj        =   4.4300e-01                        
 +  pb        =   8.2300e-01                          	cjsw      =  '1.3400e-10+dcjsw_n_18'         
 +  mjsw      =   3.3000e-01                        


 *****temperature dependence parameters***************************
 +  tnom      =   2.5000e+01                          	ute       =  -1.1860e+00                        
 +  kt1       =  -2.2550e-01                          	kt1l      =  -4.2750e-09                        
 +  kt2       =  -2.5270e-02                          	ua1       =   2.2530e-09                        
 +  ub1       =  -2.6730e-18                          	uc1       =  -3.8320e-11                        
 +  at        =   1.4490e+04                          	prt       =  -1.0180e+01                        
 +  xti       =   3.0000e+00                        


 *****dw and dl parameters****************************************
 +  wl        =   0.0000e+00                          wln       =   1.0000e+00                        
 +  ww        =   7.2620e-16                          wwn       =   1.0000e+00                        
 +  wwl       =   0.0000e+00                          ll        =  -1.0620e-15                        
 +  lln       =   1.0000e+00                          lw        =   2.9960e-15                        
 +  lwn       =   1.0000e+00                          lwl       =   0.0000e+00                        
 +  llc       =  -6.6400e-15                          lwc       =   0.0000e+00                        
 +  lwlc      =   0.0000e+00                          wlc       =   0.0000e+00                        
 +  wwc       =   0.0000e+00                          wwlc      =   0.0000e+00                        


 *****other parameters********************************************
 +  lvth0     = '-1.0000e-03+dlvth0_n_18'          	wvth0     =  '6.027e-02+dwvth0_n_18'
 +  pvth0     =  '0+dpvth0_n_18'                   	lnlx      =  -2.8540e-08 
 +  wnlx      =   0.0000e+00                          	pnlx      =   0.0000e+00
 +  wua       =  -1.8800e-11                          	wu0       =  '5.4000e-01+dwu0_n_18'
 +  pub       =   3.8000e-20                          	pw0       =   1.3000e-09 
 +  wrdsw     =   0.0000e+00                          	weta0     =   0.0000e+00                        
 +  wetab     =   0.0000e+00                          	leta0     =   1.5740e-03                        
 +  letab     =   0.0000e+00                          	peta0     =   0.0000e+00                        
 +  petab     =   0.0000e+00                          	wpclm     =   0.0000e+00                        
 +  wvoff     =  -4.0780e-04                          	lvoff     =  -4.2080e-03                        
 +  pvoff     =  -3.7880e-04                          	wa0       =  -4.7310e-02                        
 +  la0       =  -4.6670e-01                          	pa0       =  -2.6490e-02  
 +  wags      =   4.2420e-03                          	lags      =   3.0280e-01                        
 +  pags      =   0.0000e+00                          	wketa     =   0.0000e+00                        
 +  lketa     =  -1.9420e-02                          	pketa     =   0.0000e+00                        
 +  wute      =   6.3730e-02                          	lute      =   0.0000e+00                        
 +  pute      =   0.0000e+00                          	wvsat     =   5.0660e+03                    
 +  lvsat     =   0.0000e+00                          	pvsat     =  '0.0000e+00+dpvsat_n_18'                        
 +  lpdiblc2  =  -4.7520e-03                          	wat       =   7.0670e+03                        
 +  wprt      =   0.0000e+00                          	acm       =   3.0000e+00                        
 +  ldif      =   8.0000e-08                          	hdif      =   2.6000e-07                        
 +  n         =   1.0000e+00                          	php       =   8.8000e-01                        
 +  cjgate    =  '5.0000e-10+dcjgate_n_18'         	ctp       =   9.2400e-04                        
 +  ptp       =   9.2400e-04                          	cta       =   9.2900e-04                        
 +  pta       =   1.5800e-03                          	elm       =   5.0000e+00                        
 +  tlevc     =   1.0000e+00                        
                         
                        

 .model n_bpw_18.1 nmos
 *****model selectors/controllers*********************************
 +  level     =   4.9000e+01                          version   =   3.2000e+00  
 +  binunit   =   1.0000e+00                          mobmod    =   1.0000e+00                           
 +  capmod    =   2.0000e+00                          nqsmod    =   0.0000e+00                        
 +  noimod    =   1.0000e+00 

 *****process parameters******************************************
 +  tox       =  '4.2000e-09+dtox_n_bpw_18'            toxm      =   4.2000e-09                        
 +  xj        =   1.6000e-07                          nch       =   3.7446e+17                        
 +  rsh       =   8.0000e+00                          ngate     =   1.0000e+23


 *****basic model parameters**************************************
 +  vth0      =  '3.0750e-01+dvth0_n_bpw_18'           k1        =   4.5780e-01                     
 +  k2        =  -2.6380e-02                          k3        =  -1.0880e+01                        
 +  k3b       =   2.3790e-01                          w0        =  -8.8130e-08                        
 +  nlx       =   4.2790e-07                          dvt0      =   4.0420e-01                        
 +  dvt1      =   3.2370e-01                          dvt2      =  -8.6020e-01                        
 +  dvt0w     =   3.8300e-01                          dvt1w     =   6.0000e+05                        
 +  dvt2w     =  -2.5000e-02                          lint      =   1.5870e-08                        
 +  wint      =   1.0220e-08                          dwg       =  -3.3960e-09                        
 +  dwb       =   1.3460e-09                          u0        =  '3.2410e+02+du0_n_bpw_18'                       
 +  ua        =  -9.2010e-10                          ub        =   1.9070e-18
 +  uc        =   4.3550e-11                          vsat      =   7.2580e+04 
 +  a0        =   1.9300e+00                          ags       =   5.0720e-01                        
 +  b0        =   1.4860e-06                          b1        =   9.0640e-06                        
 +  keta      =   1.7520e-02                          a1        =   0.0000e+00                        
 +  a2        =   1.0000e+00                          voff      =  -1.0880e-01                        
 +  nfactor   =   1.0380e+00                          cit       =  -1.5110e-03                        
 +  cdsc      =   2.2750e-03                          cdscd     =  -5.0000e-04                        
 +  cdscb     =   8.2410e-04                          eta0      =   1.0040e-03                        
 +  etab      =  -1.4590e-03                          dsub      =   1.5920e-03                        
 +  pclm      =   1.0910e+00                          pdiblc1   =   3.0610e-03                        
 +  pdiblc2   =   1.0000e-06                          pdiblcb   =   0.0000e+00                        
 +  drout     =   1.5920e-03                          pscbe1    =   4.8660e+08                        
 +  pscbe2    =   2.8000e-07                          pvag      =  -2.9580e-01                        


 *****parameters for asymmetric and bias-dependent rds model******
 +  rdsw      =   4.9050e+00                          prwg      =   0.0000e+00                        
 +  prwb      =   0.0000e+00                          wr        =   1.0000e+00


 *****impact ionization current model parameters******************
 +  alpha0    =   0.0000e+00                          alpha1    =   0.0000e+00                        
 +  beta0     =   3.0000e+01                        



 *****charge and capacitance model parameters*********************
 +  xpart     =   1.0000e+00                          cgso      =  '2.3500e-10+dcgso_n_bpw_18'         
 +  cgdo      =  '2.3500e-10+dcgdo_n_bpw_18'           cgbo      =   0.0000e+00                        
 +  cgsl      =   0.0000e+00                          cgdl      =   0.0000e+00                        
 +  ckappa    =   6.0000e-01                          cf        =   1.5330e-10                        
 +  clc       =   1.0000e-07                          cle       =   6.0000e-01                        
 +  dlc       =   4.0000e-08                          dwc       =   0.0000e+00                        
 +  vfbcv     =  -1.0000e+00                          noff      =   1.0000e+00                        
 +  voffcv    =   0.0000e+00                          acde      =   1.0000e+00                        
 +  moin      =   1.5000e+01                        


 *****high-speed/rf model parameters******************************


 *****flicker and thermal noise model parameters******************
 +  noia      =   1.0000e+20                          noib      =   5.0000e+04                        
 +  noic      =  -1.4000e-12                          em        =   4.2000e+07                        
 +  af        =   1.0000e+00                          ef        =   1.0000e+00                        
 +  kf        =   1e-29                      


 *****layout-dependent parasitics model parameters****************
 +  lmin      =   1.8000e-07                          lmax      =   5.0000e-05
 +  wmin      =   2.5000e-07                          wmax      =   1.0000e-04
 +  xl        = '-1.0500e-08+dxl_n_bpw_18'             xw        =  '0.0000e-00+dxw_n_bpw_18'           


 *****asymmetric source/drain junction diode model parameters*****
 +  js        =   1.0000e-06                          jsw       =   7.0000e-11                        
 +  cj        =  '1.0300e-03+dcj_n_bpw_18'             mj        =   4.4300e-01                        
 +  pb        =   8.2300e-01                          cjsw      =  '1.3400e-10+dcjsw_n_bpw_18'         
 +  mjsw      =   3.3000e-01                        


 *****temperature dependence parameters***************************
 +  tnom      =   2.5000e+01                          ute       =  -1.1860e+00                        
 +  kt1       =  -2.2550e-01                          kt1l      =  -4.2750e-09                        
 +  kt2       =  -2.5270e-02                          ua1       =   2.2530e-09                        
 +  ub1       =  -2.6730e-18                          uc1       =  -3.8320e-11                        
 +  at        =   1.4490e+04                          prt       =  -1.0180e+01                        
 +  xti       =   3.0000e+00                        


 *****dw and dl parameters****************************************
 +  wl        =   0.0000e+00                          wln       =   1.0000e+00                        
 +  ww        =   7.2620e-16                          wwn       =   1.0000e+00                        
 +  wwl       =   0.0000e+00                          ll        =  -1.0620e-15                        
 +  lln       =   1.0000e+00                          lw        =   2.9960e-15                        
 +  lwn       =   1.0000e+00                          lwl       =   0.0000e+00                        
 +  llc       =  -6.6400e-15                          lwc       =   0.0000e+00                        
 +  lwlc      =   0.0000e+00                          wlc       =   0.0000e+00                        
 +  wwc       =   0.0000e+00                          wwlc      =   0.0000e+00                        



 *****other parameters********************************************
 +  lvth0     = '-1.0000e-03+dlvth0_n_bpw_18'          wvth0     =  '6.027e-02+dwvth0_n_bpw_18'
 +  pvth0     =  '0+dpvth0_n_bpw_18'                   lnlx      =  -2.8540e-08 
 +  wnlx      =   0.0000e+00                          pnlx      =   0.0000e+00
 +  wua       =  -1.8800e-11                          wu0       =  '5.4000e-01+dwu0_n_bpw_18'
 +  pub       =   3.8000e-20                          pw0       =   1.3000e-09 
 +  wrdsw     =   0.0000e+00                          weta0     =   0.0000e+00                        
 +  wetab     =   0.0000e+00                          leta0     =   1.5740e-03                        
 +  letab     =   0.0000e+00                          peta0     =   0.0000e+00                        
 +  petab     =   0.0000e+00                          wpclm     =   0.0000e+00                        
 +  wvoff     =  -4.0780e-04                          lvoff     =  -4.2080e-03                        
 +  pvoff     =  -3.7880e-04                          wa0       =  -4.7310e-02                        
 +  la0       =  -4.6670e-01                          pa0       =  -2.6490e-02  
 +  wags      =   4.2420e-03                          lags      =   3.0280e-01                        
 +  pags      =   0.0000e+00                          wketa     =   0.0000e+00                        
 +  lketa     =  -1.9420e-02                          pketa     =   0.0000e+00                        
 +  wute      =   6.3730e-02                          lute      =   0.0000e+00                        
 +  pute      =   0.0000e+00                          wvsat     =   5.0660e+03                    
 +  lvsat     =   0.0000e+00                          pvsat     =  '0.0000e+00+dpvsat_n_bpw_18'                        
 +  lpdiblc2  =  -4.7520e-03                          wat       =   7.0670e+03                        
 +  wprt      =   0.0000e+00                          acm       =   3.0000e+00                        
 +  ldif      =   8.0000e-08                          hdif      =   2.6000e-07                        
 +  n         =   1.0000e+00                          php       =   8.8000e-01                        
 +  cjgate    =  '5.0000e-10+dcjgate_n_bpw_18'         ctp       =   9.2400e-04                        
 +  ptp       =   9.2400e-04                          cta       =   9.2900e-04                        
 +  pta       =   1.5800e-03                          elm       =   5.0000e+00                        
 +  tlevc     =   1.0000e+00                        
             



 ******************************************************************************************
 *         1.8v pmos model               *
 ******************************************************************************************

 .model p_18.1 pmos
 *****model selectors/controllers*********************************
 +  level     =   4.9000e+01                          mobmod    =   3.0000e+00                        
 +  version   =   3.2000e+00                          capmod    =   2.0000e+00                        
 +  binunit   =   1.0000e+00                          nqsmod    =   0.0000e+00
 +  noimod    =   1.0000e+00 

 *****process parameters******************************************
 +  tox       =  '4.2000e-09+dtox_p_18'               toxm      =   4.2000e-09                        
 +  xj        =   1.0000e-07                          nch       =   6.2310e+17                        
 +  ngate     =   1.0000e+23 

 *****basic model parameters**************************************
 +  vth0      = '-4.5550e-01+dvth0_p_18'              k1        =   5.7040e-01                        
 +  k2        =   6.9730e-03                          k3        =  -2.8330e+00                        
 +  k3b       =   1.3260e+00                          w0        =  -1.9430e-07                        
 +  nlx       =   2.5300e-07                          dvt0      =   4.8850e-01                        
 +  dvt1      =   7.5780e-02                          dvt2      =   1.1870e-01                        
 +  dvt0w     =  -1.2610e-01                          dvt1w     =   2.4790e+04                        
 +  dvt2w     =   6.9150e-01                          lint      =  -1.0410e-08                        
 +  wint      =  -1.5250e-07                          dwg       =  -1.2510e-07                        
 +  dwb       =  -1.0390e-07                          u0        =  '1.2450e+02+du0_p_18'  
 +  ua        =   1.5400e-09                          ub        =   2.6460e-19
 +  uc        =  -9.5870e-02                          vsat      =   5.3400e+04                                                                                            
 +  a0        =   1.3500e+00                          ags       =   3.8180e-01                        
 +  b0        =  -3.0880e-07                          b1        =   0.0000e+00                        
 +  keta      =   1.0440e-02                          a1        =   0.0000e+00                        
 +  a2        =   1.0000e+00                          voff      =  -1.0730e-01                                                                    
 +  nfactor   =   1.5350e-00                          cit       =  -1.0670e-03 
 +  cdsc      =   7.5780e-04                          cdscd     =  -2.8830e-05                        
 +  cdscb     =   1.0000e-04                          eta0      =   1.0710e+00                        
 +  etab      =  -9.2910e-01                          dsub      =   1.9191e+00
 +  pclm      =   2.6530e+00                          pdiblc1   =   0.0000e+00                        
 +  pdiblc2   =   5.0000e-06                          pdiblcb   =   0.0000e+00                        
 +  drout     =   1.4570e+00                          pscbe1    =   4.8660e+08                        
 +  pscbe2    =   2.8000e-07                          pvag      =   1.2620e+00                        


 *****parameters for asymmetric and bias-dependent rds model******
 +  rdsw      =   7.9210e+02                          prwg      =   0.0000e+00                        
 +  prwb      =   0.0000e+00                        


 *****impact ionization current model parameters******************
 +  alpha0    =   0.0000e+00                          alpha1    =   0.0000e+00                        
 +  beta0     =   3.0000e+01                        


 *****charge and capacitance model parameters*********************
 +  cgdo      =  '2.0540e-10+dcgdo_p_18'              cgbo      =   0.0000e+00                        
 +  cgso      =  '2.0540e-10+dcgso_p_18'              xpart     =   1.0000e+00                        
 +  cf        =   1.5330e-10                          dlc       =   7.0100e-08                                                                              
 +  cgsl      =   0.0000e+00                          cgdl      =   0.0000e+00                        
 +  ckappa    =   6.0000e-01                                                  
 +  clc       =   1.0000e-07                          cle       =   6.0000e-01                        
 +  dwc       =   0.0000e+00                        
 +  vfbcv     =  -1.0000e+00                          noff      =   1.0000e+00                        
 +  voffcv    =   0.0000e+00                          acde      =   1.0000e+00                        
 +  moin      =   1.5000e+01                        

 *****flicker and thermal noise model parameters******************
 +  noia      =   1.0000e+20                          noib      =   5.0000e+04                        
 +  noic      =  -1.4000e-12                          em        =   4.2000e+07                        
 +  af        =   1.0000e+00                          ef        =   1.0000e+00                        
 +  kf        =   1e-29                        


 *****layout-dependent parasitics model parameters****************
 +  lmin      =   1.8000e-07                          lmax      =   5.0000e-05
 +  wmin      =   2.5000e-07                          wmax      =   1.0000e-04
 +  xl        = '-2.0000e-09+dxl_p_18'                xw        =  '0.0000e+00+dxw_p_18'           


 *****asymmetric source/drain junction diode model parameters*****
 +  js        =   3.0000e-06                          jsw       =   4.2200e-11                        
 +  cj        =  '1.2400e-03+dcj_p_18'                mj        =   3.9500e-01                        
 +  pb        =   7.6200e-01                          cjsw      =  '1.7400e-10+dcjsw_p_18'         
 +  mjsw      =   3.2400e-01                        


 *****temperature dependence parameters***************************
 +  tnom      =   2.5000e+01                          ute       =  -4.4840e-01                        
 +  kt1       =  -2.2940e-01                          kt1l      =  -8.2040e-09                        
 +  kt2       =  -9.4870e-03                          ua1       =   4.5710e-09                        
 +  ub1       =  -6.0260e-18                          uc1       =  -9.8500e-02                        
 +  at        =   1.2030e+04                          prt       =   0.0000e+00                        
 +  xti       =   3.0000e+00                        


 *****dw and dl parameters****************************************
 +  ww        =   1.2360e-14                          lw        =  -2.8730e-16                        
 +  ll        =   6.6350e-15                        
 +  wl        =   0.0000e+00                          wln       =   1.0000e+00                        
 +  wwn       =   1.0000e+00                        
 +  wwl       =   0.0000e+00                                                 
 +  lln       =   1.0000e+00                                                
 +  lwn       =   1.0000e+00                          lwl       =   0.0000e+00                        
 +  llc       =  -1.3100e-14                          lwc       =   0.0000e+00                        
 +  lwlc      =   0.0000e+00                          wlc       =   0.0000e+00                        
 +  wwc       =   0.0000e+00                          wwlc      =   0.0000e+00                        


 *****other parameters********************************************
 +  lvth0     =  '4.4000e-03+dlvth0_p_18'             wvth0     = '-1.4800e-02+dwvth0_p_18'                        
 +  pvth0     =  '3.2000e-03+dpvth0_p_18'             lnlx      =  -1.5840e-08 
 +  wrdsw     =   1.0070e+01                          weta0     =   0.0000e+00                        
 +  wetab     =   0.0000e+00                          wpclm     =   0.0000e+00                        
 +  wua       =   2.6300e-09                          lua       =  -8.2530e-11
 +  pua       =   5.8550e-11                          wub       =   0.0000e+00                        
 +  lub       =   0.0000e+00                          pub       =   0.0000e+00                        
 +  wuc       =   0.0000e+00                          luc       =   0.0000e+00                        
 +  puc       =   0.0000e+00                          wvoff     =  -9.8160e-03                        
 +  lvoff     =  -9.8710e-04                          pvoff     =  -9.8330e-05                        
 +  wa0       =  -4.8070e-02                          la0       =  -2.8100e-01
 +  pa0       =   8.6610e-02                          wags      =  -4.2770e-02                        
 +  lags      =   4.4540e-02                          pags      =  -4.0760e-02                        
 +  wketa     =   0.0000e+00                          lketa     =  -1.2000e-02
 +  pketa     =   0.0000e+00                          wute      =  -2.6820e-01                        
 +  lute      =   0.0000e+00                          pute      =   0.0000e+00                        
 +  wvsat     =  -1.4200e+04                          lvsat     =   0.0000e+00                        
 +  pvsat     = '-4.3400e+02+dpvsat_p_18'             lpdiblc2  =   3.0120e-03
 +  wat       =  -6.4050e+03                          wprt      =   2.2660e+02                        
 +  n         =   1.0000e+00                          php       =   6.6500e-01                        
 +  cta       =   1.0000e-03                          ctp       =   7.5300e-04                        
 +  pta       =   1.5500e-03                          ptp       =   1.2400e-03                        
 +  acm       =   3.0000e+00                          ldif      =   8.0000e-08             
 +  rsh       =   8.0000e+00                          rd        =   0.0000e+00                    
 +  rsc       =   0.0000e+00                          rdc       =   0.0000e+00
 +  hdif      =   2.6000e-07                          rs        =   0.0000e+00

 ******************************************************************************************
 *         3.3v nmos model               *
 ******************************************************************************************
 .model n_33.1 nmos
 +level    = 49                  
 *
 * general parameters
 *
 +lmin     = 3.5e-7              lmax     = 5.0e-5              wmin     = 2.5e-7              
 +wmax     = 1.0e-4              tnom     = 27.0                version  = 3.2                 
 +tox      = '7.00e-09+dtox_n_33'            xj       = 2.5000000e-07       
 +nch      = 1.6999999e+17       lln      = 1.0000000           lwn      = 1.0000000           
 +wln      = 1.0000000           wwn      = 1.0000000           lint     = '0.00+dlint_n_33'                
 +ll       = 1.2142200e-14       lw       = 0.00                lwl      = -2.8856721e-22      
 +wint     = '0.00+dwint_n_33'                wl       = 0.00                ww       = -2.0097143e-16      
 +wwl      = -1.5017800e-21      mobmod   = 1                   binunit  = 2                   
 +xl       = 2.20e-08            xw       = 0.00                dwg      = 3.5527140e-15       
 +dwb      = 6.2000000e-09       
 * diode parameters
 +acm      = 3                   ldif     = 0.00                hdif     = 3.20e-7                
 +rsh      = 8                                     
 *
 * threshold voltage parameters
 *
 +vth0     = '0.5924070+dvth0_n_33'           k1       = 0.7137536           k2       = -2.5826899e-02      
 +k3       = 62.0000000          dvt0     = 4.7501960           dvt1     = 0.6340203           
 +dvt2     = -0.2139230          dvt0w    = 0.2500000           dvt1w    = 5.9500000e+05       
 +dvt2w    = 0.00                nlx      = 1.2508283e-07       w0       = 5.6800000e-06       
 +k3b      = 32.0000000           
 *
 * mobility parameters
 *
 +vsat     = 9.8280000e+04       ua       = -5.8546880e-10      ub       = 1.6518923e-18       
 +uc       = 5.5177280e-11       rdsw     = 5.9591060e+02       prwb     = 5.7154760e-02       
 +prwg     = 2.3068622e-02       wr       = 1.0000000           u0       = 3.4129650e-02       
 +a0       = 1.2752739           keta     = 5.0000000e-03       a1       = 1.0000000e-02       
 +a2       = 0.9900000           ags      = 0.2678509           b0       = 1.0000000e-08       
 +b1       = 9.0000000e-07       
 *
 * subthreshold current parameters
 *
 +voff     = -0.2360862          nfactor  = 1.0000000           cit      = 0.00                
 +cdsc     = 2.3999999e-04       cdscb    = 0.00                cdscd    = 2.3999999e-04       
 +eta0     = 0.2080775           etab     = -1.5000000e-03      dsub     = 0.5210000           
 *
 * rout parameters
 *
 +pclm     = 0.6318000           pdiblc1  = 9.4999000e-04       pdiblc2  = 1.0000000e-03       
 +pdiblcb  = 0.00                drout    = 0.5600000           pscbe1   = 4.2400000e+08       
 +pscbe2   = 1.0000000e-05       pvag     = 0.00                delta    = 1.0000000e-02       
 +alpha0   = 0.00                alpha1   = 0.00                beta0    = 30.0000000          
 *
 * temperature effects parameters
 *
 +kt1      = -0.3166082          kt2      = -4.4608160e-02      at       = 5.0000000e+02       
 +ute      = -1.6006135          ua1      = 4.2028770e-11       ub1      = 3.8000000e-19       
 +uc1      = 2.8000000e-11       kt1l     = 0.0000000           prt      = -2.7126447e+02      
 *	
 * capacitance parameters
 *
 +cj       = 7.673167e-04   	mj       = 0.3299333      	pb       = 0.7131242      	
 +cjsw     = 1.088665e-10   	mjsw     = 0.2036705      	php      = 0.4347057      	
 +cta      = 1.081522e-03   	ctp      = 7.482284e-04   	pta      = 1.822417e-03   	
 +ptp      = 2.008567e-03   	js       = 1.00e-05       	jsw      = 5.2e-11           	
 +cgdo     = '2.7e-10+dcgdo_n_33'        	
 +cgso     = '2.7e-10+dcgso_n_33'        	cgbo     = 1.0e-10       	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.392e-10          	cjgate   = 2.9e-10              tlevc    = 1


 ******************************************************************************************
 *         0.18um 1.8v/3.3v mixedmode triple-well technology, 3.3v nmos model               *
 ******************************************************************************************
 .model n_bpw_33.1 nmos
 +level    = 49                  
 *
 * general parameters
 *
 +lmin     = 3.5e-7              lmax     = 5.0e-5              wmin     = 2.5e-7              
 +wmax     = 1.0e-4              tnom     = 27.0                version  = 3.2                 
 +tox      = '7.00e-09+dtox_n_bpw_33'            xj       = 2.5000000e-07       
 +nch      = 1.6999999e+17       lln      = 1.0000000           lwn      = 1.0000000           
 +wln      = 1.0000000           wwn      = 1.0000000           lint     = '0.00+dlint_n_bpw_33'                
 +ll       = 1.2142200e-14       lw       = 0.00                lwl      = -2.8856721e-22      
 +wint     = '0.00+dwint_n_bpw_33'                wl       = 0.00                ww       = -2.0097143e-16      
 +wwl      = -1.5017800e-21      mobmod   = 1                   binunit  = 2                   
 +xl       = 2.20e-08            xw       = 0.00                dwg      = 3.5527140e-15       
 +dwb      = 6.2000000e-09       
 * diode parameters
 +acm      = 3                   ldif     = 0.00                hdif     = 3.20e-7                
 +rsh      = 8                                     
 *
 * threshold voltage parameters
 *
 +vth0     = '0.5924070+dvth0_n_bpw_33'           k1       = 0.7137536           k2       = -2.5826899e-02      
 +k3       = 62.0000000          dvt0     = 4.7501960           dvt1     = 0.6340203           
 +dvt2     = -0.2139230          dvt0w    = 0.2500000           dvt1w    = 5.9500000e+05       
 +dvt2w    = 0.00                nlx      = 1.2508283e-07       w0       = 5.6800000e-06       
 +k3b      = 32.0000000           
 *
 * mobility parameters
 *
 +vsat     = 9.8280000e+04       ua       = -5.8546880e-10      ub       = 1.6518923e-18       
 +uc       = 5.5177280e-11       rdsw     = 5.9591060e+02       prwb     = 5.7154760e-02       
 +prwg     = 2.3068622e-02       wr       = 1.0000000           u0       = 3.4129650e-02       
 +a0       = 1.2752739           keta     = 5.0000000e-03       a1       = 1.0000000e-02       
 +a2       = 0.9900000           ags      = 0.2678509           b0       = 1.0000000e-08       
 +b1       = 9.0000000e-07       
 *
 * subthreshold current parameters
 *
 +voff     = -0.2360862          nfactor  = 1.0000000           cit      = 0.00                
 +cdsc     = 2.3999999e-04       cdscb    = 0.00                cdscd    = 2.3999999e-04       
 +eta0     = 0.2080775           etab     = -1.5000000e-03      dsub     = 0.5210000           
 *
 * rout parameters
 *
 +pclm     = 0.6318000           pdiblc1  = 9.4999000e-04       pdiblc2  = 1.0000000e-03       
 +pdiblcb  = 0.00                drout    = 0.5600000           pscbe1   = 4.2400000e+08       
 +pscbe2   = 1.0000000e-05       pvag     = 0.00                delta    = 1.0000000e-02       
 +alpha0   = 0.00                alpha1   = 0.00                beta0    = 30.0000000          
 *
 * temperature effects parameters
 *
 +kt1      = -0.3166082          kt2      = -4.4608160e-02      at       = 5.0000000e+02       
 +ute      = -1.6006135          ua1      = 4.2028770e-11       ub1      = 3.8000000e-19       
 +uc1      = 2.8000000e-11       kt1l     = 0.0000000           prt      = -2.7126447e+02      
 *	
 * capacitance parameters
 *
 +cj       = 7.673167e-04   	mj       = 0.3299333      	pb       = 0.7131242      	
 +cjsw     = 1.088665e-10   	mjsw     = 0.2036705      	php      = 0.4347057      	
 +cta      = 1.081522e-03   	ctp      = 7.482284e-04   	pta      = 1.822417e-03   	
 +ptp      = 2.008567e-03   	js       = 1.00e-05       	jsw      = 5.2e-11           	
 +cgdo     = '2.7e-10+dcgdo_n_bpw_33'        	
 +cgso     = '2.7e-10+dcgso_n_bpw_33'        	cgbo     = 1.0e-10       	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.392e-10          	cjgate   = 2.9e-10              tlevc    = 1
            	



 ******************************************************************************************
 *         3.3v pmos model               *
 ******************************************************************************************
 .model p_33.1 pmos
 +level    = 49             	
 +lmin     = 3.5e-7         	lmax     = 5.0e-5         	wmin     = 2.5e-7         	
 +wmax     = 1.0e-4        	tnom     = 27.0           	version  = 3.2            	
 +tox      = '7.00000e-09+dtox_p_33'    	xj       = 1.8000000e-07  	nch      = 4.3096250e+17  	
 +lln      = 1.4787377      	lwn      = 1.0000000      	wln      = 1.0000000      	
 +wwn      = 1.6332974      	lint     = '2.2396316e-08+dlint_p_33'  	ll       = 3.3436880e-18  	
 +lw       = 0.00           	lwl      = -1.4344100e-24 	wint     = '3.3613110e-08+dwint_p_33'  	
 +wl       = 0.00           	ww       = -7.2735800e-19 	wwl      = 9.7470860e-26  	
 +mobmod   = 1              	xl       = -1.0000e-08          xw       = 0                	
 +dwg      = -1.4371156e-08 	dwb      = 5.9839220e-09  	
 +vth0     = '-0.7204355+dvth0_p_33'     	k1       = 0.7667419      	k2       = 5.4286610e-02  	
 +k3       = 2.0892601      	dvt0     = 7.3947320      	dvt1     = 0.9634880      	
 +dvt2     = 7.8053260e-03  	dvt0w    = 1.7969700      	dvt1w    = 2.8762723e+06  	
 +dvt2w    = 0.2026245      	nlx      = 0.00           	w0       = 2.2247300e-07  	
 +k3b      = 1.0028400      	         	
 +vsat     = 1.0007731e+05  	ua       = -3.9782800e-10 	ub       = 1.6947495e-18  	
 +uc       = -3.6494700e-11 	rdsw     = 6.2701920e+02  	prwb     = -0.7725255     	
 +prwg     = 3.3490300e-02  	wr       = 0.9913232      	u0       = 8.0758510e-03  	
 +a0       = 1.0736154      	keta     = -1.0346900e-02 	a1       = 0.01      	
 +a2       = 0.9212255      	ags      = 0.2138427      	b0       = 4.3581280e-07  	
 +b1       = 1.7378807e-06  	
 +voff     = -0.2239050     	nfactor  = 0.9964148      	cit      = 5.3336740e-04  	
 +cdsc     = 3.2656700e-03  	cdscb    = 2.4630399e-03  	cdscd    = 0.00           	
 +eta0     = 5.4210600e-02  	etab     = -1.8931806e-02 	dsub     = 0.4594282      	
 +pclm     = 0.6164396      	pdiblc1  = 1.2236120e-02  	pdiblc2  = 3.5433970e-04  	
 +pdiblcb  = 0.2477877      	drout    = 0.2401412      	pscbe1   = 4.6427620e+08  	
 +pscbe2   = 2.8700000e-05  	pvag     = -0.2307000     	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.3345865     	kt2      = -5.7475180e-02 	at       = 4.9500000e+04  	
 +ute      = -1.2277215     	ua1      = 1.4019034e-09  	ub1      = -3.4171990e-18 	
 +uc1      = -1.3930956e-10 	kt1l     = 1.0000003e-08  	prt      = 0.00           	
 +cj       = 1.299812e-03   	mj       = 0.4096944      	pb       = 0.761753       	
 +cjsw     = 2.243239e-10   	mjsw     = 0.474468       	php      = 0.9296629      	
 +cta      = 9.968635e-04   	ctp      = 7.21932e-04    	pta      = 1.503527e-03   	
 +ptp      = 1.215858e-03   	js       = 9.00e-05       	jsw      = 4.90e-12     	
 +cgdo     = '2.6e-10+dcgdo_p_33'        	
 +cgso     = '2.6e-10+dcgso_p_33'        	cgbo     = 1e-10             	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.392e-10       	tlevc    = 1
 +acm      = 3                 hdif     = 3.2e-7                rsh     = 8               	 
            	


 ******************************************************************************************
 *         1.8v low vt nmos model     *
 ******************************************************************************************
 .model n_lv_18.1 nmos
 +level    = 49             	
 +lmin     = 2.5e-7         	lmax     = 5.0e-5         	wmin     = 2.5e-7         	
 +wmax     = 1.0e-4         	tnom     = 27.0           	version  = 3.2            	
 +tox      = '4.20000e-09+dtox_n_lv_18'    	xj       = 1.6000000e-07  	nch      = 4.6371000e+17  	
 +lln      = 2.0000000      	lwn      = 1.0000000      	wln      = 1.0000000      	
 +wwn      = 1.0000000      	lint     = '1.0000000e-08+dtox_n_lv_18'  	ll       = -2.5800000e-22 	
 +lw       = 0.00           	lwl      = 0.00           	wint     = '2.0000000e-08+dtox_n_lv_18'  	
 +wl       = 0.00           	ww       = 0.00           	wwl      = 0.00           	
 +mobmod   = 2              	binunit  = 2              	xl       = 0              	
 +xw       = 0              	
 +dwg      = 2.5000000e-09  	dwb      = 1.2441700e-09  	
 +acm      = 3              	hdif     = 2.6e-07             	rsh      = 8              	
 +vth0     = '1.6460000e-02+dtox_n_lv_18'  	k1       = 0.3122200      	k2       = -4.3434400e-02 	
 +k3       = -15.4245000    	dvt0     = 1.9600000      	dvt1     = 0.2703380      	
 +dvt2     = 7.0000000e-02  	dvt0w    = 0.4113980      	dvt1w    = 1.6626000e+06  	
 +dvt2w    = -4.4234600e-02 	nlx      = 8.3200000e-07  	w0       = 1.0000000e-06  	
 +k3b      = -0.2101380     	           	
 +vsat     = 9.20e+04    	pvsat    = 1.9999999e-09  	ua       = 5.2358400e-10  	
 +wua      = 1.0000000e-16  	pua      = -7.5000000e-23 	ub       = 1.4080000e-18  	
 +wub      = -3.0000001e-25 	pub      = 8.0000000e-32  	uc       = -1.0246000e-10 	
 +rdsw     = 96.7580000     	prwb     = -0.2000000     	prwg     = 5.0000000e-02  	
 +wr       = 1.0000000      	u0       = 4.9234500e-02  	wu0      = 2.4000000e-09  	
 +pu0      = 2.0000000e-16  	a0       = 1.0000000      	keta     = 4.2062700e-03  	
 +a1       = 0.00           	a2       = 1.0000000      	ags      = 0.6300000      	
 +b0       = 0.00           	b1       = 0.00           	
 +voff     = -0.2517590     	nfactor  = 1.0000000      	cit      = -4.5359940e-03 	
 +cdsc     = 1.2000000e-03  	cdscb    = 0.00           	cdscd    = 5e-4           	
 +eta0     = 5.5334000e-02  	etab     = -2.3552900e-02 	dsub     = 0.5600000      	
 +pclm     = 2.8151700      	pdiblc1  = 0.2000000      	pdiblc2  = 8.0000000e-02  	
 +pdiblcb  = 0.2777778      	drout    = 1.0000000      	pscbe1   = 6.6815310e+08  	
 +pscbe2   = 1.0000000e-10  	pvag     = 0.5000000      	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.2999444     	kt2      = 1.5900001e-02  	at       = 3.3000000e+04  	
 +ute      = -1.6873263     	ua1      = -1.3554663e-09 	ub1      = 8.7998690e-20  	
 +uc1      = 3.4078270e-11  	kt1l     = 0.00           	prt      = -1.0000000e+02 	
 +cj       = 0.00099        	mj       = 0.5            	pb       = 0.762          	
 +cjsw     = 1.5e-10        	mjsw     = 0.257          	php      = 0.639          	
 +cta      = 0.000902       	ctp      = 0.000718       	pta      = 0.000872       	
 +ptp      = 0.00385        	js       = 1.00e-04       	jsw      = 0.00           	
 +cjgate    = 2.4e-10        	        	
 +cgdo     = '2.0e-10+dcgdo_n_lv_18'        	
 +cgso     = '2.0e-10+dcgso_n_lv_18'        	cgbo     = 0.0          	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.53e-10       	
 +dwc      = 2e-08          	tlevc    = 1 



 ******************************************************************************************
 *         1.8v low vt pmos model     *
 ******************************************************************************************            	

 .model p_lv_18.1 pmos
 +level    = 49             	
 +lmin     = 2.5e-7         	lmax     = 5.0e-5        	wmin     = 2.5e-7         	
 +wmax     = 1.0e-4         	tnom     = 27.0           	version  = 3.2            	
 +tox      = '4.20000e-09+dtox_p_lv_18'    	xj       = 1.8000000e-07  	nch      = 2.6699999e+17  	
 +lln      = 0.2000000      	lwn      = 1.0000000      	wln      = 0.7966000      	
 +wwn      = 1.7867000      	lint     = '0.00+dlint_p_lv_18'           	ll       = 8.9200000e-10  	
 +lw       = -8.0000000e-14 	lwl      = 3.7900000e-15  	wint     = '-4.2700000e-08+dwint_n_zero_18' 	
 +wl       = 5.6500000e-14  	ww       = 5.7000000e-24  	wwl      = 1.8000000e-25  	
 +mobmod   = 1              	binunit  = 2              	xl       = 0              	
 +xw       = 0              	
 +dwg      = -1.0600000e-08 	dwb      = -1.0100000e-09 	
 +acm      = 3              	hdif     = 2.6e-07             	rsh      = 8             	
 +vth0     = '-0.2253000+dvth0_n_zero_18'     	k1       = 0.4604000      	k2       = -1.0000000e-02 	
 +k3       = -6.3916000     	dvt0     = 1.0400000e-03  	dvt1     = 2.9700000e-02  	
 +dvt2     = -12.2436000    	dvt0w    = 0.00           	dvt1w    = 0.00           	
 +dvt2w    = 0.00           	nlx      = 0.00           	w0       = 5.5000000e-07  	
 +k3b      = 5.2034000      	          	
 +vsat     = 1.4500000e+05  	ua       = 1.8500000e-09  	ub       = -4.0200000e-19 	
 +uc       = -1.1800000e-10 	rdsw     = 1.2024300e+02  	prwb     = -2.0000000     	
 +prwg     = 1.0000000      	wr       = 1.0251000      	u0       = 1.2700000e-02  	
 +a0       = 1.2075000      	keta     = -9.5500000e-03 	a1       = 0.00           	
 +a2       = 0.4000000      	ags      = 0.3268000      	b0       = 4.0000000e-08  	
 +b1       = 0.00           	
 +voff     = -0.2415000     	nfactor  = 2.0000000      	cit      = -1.4900000e-04 	
 +cdsc     = 1.4500000e-05  	cdscb    = 0.00           	cdscd    = 3.8500001e-04  	
 +eta0     = 8.2700000e-03  	etab     = -8.2900000e-02 	dsub     = 0.6936000      	
 +pclm     = 1.8243001      	pdiblc1  = 0.2000000      	pdiblc2  = 1.6800000e-03  	
 +pdiblcb  = 0.2383000      	drout    = 0.1853000      	pscbe1   = 6.3000000e+08  	
 +pscbe2   = 1.0000000e-10  	pvag     = 2.0000000      	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.1842559     	kt2      = -2.7705010e-02 	at       = 3.3000000e+04  	
 +ute      = -1.4842620     	ua1      = -1.6085620e-09 	ub1      = -6.7403140e-19 	
 +uc1      = -4.9096290e-11 	kt1l     = 0.00           	prt      = 0.00           	
 +cj       = 1.060794e-03   	mj       = 0.3802915      	pb       = 0.7619755      	
 +cjsw     = 2.025533e-10   	mjsw     = 0.2567205      	pbsw      = 0.6391692      	
 +cta      = 8.437771e-04   	ctp      = 8.053438e-04   	pta      = 1.465745e-03   	
 +ptp      = 1.857747e-03   	js       = 1.00e-04       	jsw      = 0.00           	
 +cjgate    = 4.53e-10       	         	
 +cgdo     = '1.8e-10+dcgdo_n_zero_18'        	
 +cgso     = '1.8e-10+dcgso_n_zero_18'        	cgbo     = 0.0e+00        	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.53e-10           	
 +dwc      = -4.27e-08      	tlevc    = 1      

  


 **.lib './mm180_lvt33_v111.lib' tt
 ******************************************************************************************
 *         3.3v low vt nmos model     *
 ******************************************************************************************
 .model n_lv_33 nmos
 +level    = 49             	
 +lmin     = 4.5e-7         	lmax     = 5.0e-5         	wmin     = 8.0e-7         	
 +wmax     = 1.0e-4         	tnom     = 27.0           	version  = 3.2            	
 +tox      = '7.00000e-09+dtox_n_lv_33'    	xj       = 1.6000000e-07  	nch      = 1.0241000e+17  	
 +lln      = 1.0000000      	lwn      = 1.0000000      	wln      = 1.0000000      	
 +wwn      = 1.0000000      	lint     = '2.0000000e-08+dlint_n_lv_33'  	ll       = 0.00           	
 +lw       = 0.00           	lwl      = 0.00           	wint     = '1.2249999e-08+dwint_n_lv_33'  	
 +wl       = 0.00           	ww       = 0.00           	wwl      = 0.00           	
 +mobmod   = 1              	xl       = 0              	xw       = 0              	       	
 +dwg      = -2.0000002e-09 	dwb      = 0.00           	binunit  = 2
 +vth0     = '0.3143800+dvth0_n_lv_33'      	k1       = 0.4411720      	k2       = -2.5000002e-03 	
 +k3       = 8.0000000      	wk3      = -1.5000001e-07 	dvt0     = 9.5500000      	
 +dvt1     = 0.6921755      	dvt2     = -1.9199999e-02 	dvt0w    = 1.4999999      	
 +dvt1w    = 3.8390000e+06  	dvt2w    = 0.00           	nlx      = 1.0000000e-07  	
 +w0       = 2.5000000e-07  	k3b      = -2.2000003     	        	
 +vsat     = 1.4600500e+05  	lvsat    = 1.2000000e-02  	pvsat    = 4.0000000e-09  	
 +ua       = 7.4999990e-12  	ub       = 1.4716000e-18  	uc       = 4.2900000e-11  	
 +rdsw     = 3.4000000e+02  	prwb     = 0.2000000      	prwg     = 5.0000000e-02  	
 +wr       = 0.8800000      	u0       = 4.0670000e-02  	a0       = 1.3379101      	
 +keta     = -1.9512800e-02 	lketa    = 1.8000000e-08  	a1       = -1.5000000e-02 	
 +a2       = 0.4950000      	ags      = 0.2799817      	b0       = 0.00           	
 +b1       = 0.00           	
 +voff     = -0.2266667     	nfactor  = 1.9196697      	cit      = -8.2513200e-04 	
 +cdsc     = -5.5000000e-03 	cdscb    = -2.0000001e-03 	cdscd    = -2.3108199e-03 	
 +eta0     = 9.0787900e-02  	etab     = -1.8052302e-02 	dsub     = 0.4388730      	
 +pclm     = 2.0320799      	pdiblc1  = 0.2000000      	pdiblc2  = 8.7416200e-04  	
 +pdiblcb  = 0.2515152      	drout    = 0.5600000      	pscbe1   = 3.2151754e+08  	
 +pscbe2   = 4.7085900e-07  	pvag     = 1.8000000      	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.2100000     	kt2      = 2.2000000e-02  	at       = 3.3000000e+04  	
 +ute      = -1.0548464     	ua1      = 2.0172199e-09  	ub1      = -2.2093869e-18 	
 +uc1      = -6.6587780e-11 	kt1l     = 0.00           	prt      = 0.00           	
 +cj       = 7.367141e-04   	mj       = 0.336086       	pb       = 0.7201007      	
 +cjsw     = 1.73106e-10    	mjsw     = 0.2086389      	pbsw     = 0.6102874      	
 +cta      = 7.477216e-04   	ctp      = 1.326763e-03   	pta      = 1.775738e-03   	
 +ptp      = 2.355726e-03   	js       = 1.00e-04       	jsw      = 0.00           	
 +cjgate    = 5.23e-10       	
 +cgdo     = '3.5e-10+dcgdo_n_lv_33'        	acm      = 3                   hdif     = 3.2e-7    
 +cgso     = '3.5e-10+dcgso_n_lv_33'     	cgbo     = 0.0          	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1             	
 +cf       = 1.392e-10          	rsh      = 8      	        tlevc    = 1  
 +dwc      = 1.225e-08

 ******************************************************************************************
 *        3.3v low vt pmos model     *
 ******************************************************************************************      	           	
            	

 .model p_lv_33 pmos
 +level    = 49             	
 +lmin     = 4.5e-7         	lmax     = 5.0e-5         	wmin     = 8.0e-7         	
 +wmax     = 1.0e-4         	tnom     = 27.0           	version  = 3.2            	
 +tox      = '7.00000e-09+dtox_p_lv_33'    	xj       = 1.8000000e-07  	nch      = 5.3343000e+16  	
 +lln      = 0.7216445      	lwn      = 1.0000000      	wln      = 2.0000000      	
 +wwn      = 0.5480860      	lint     = '8.7500000e-10+dlint_p_lv_33'  	ll       = 1.2489934e-12  	
 +lw       = -8.0000000e-15 	lwl      = -1.8801899e-20 	wint     = '2.6149999e-08+dwint_p_lv_33'  	
 +wl       = -3.3356700e-21 	ww       = -3.7684900e-12 	wwl      = 0.00           	
 +mobmod   = 1              	xl       = 0              	xw       = 0            
 +dwg      = -1.3888889e-08 	dwb      = 5.6433000e-09  	
 +vth0     = '-0.4238060+dvth0_p_lv_33'     	k1       = 0.4537740      	k2       = -1.6830200e-02 	
 +k3       = -2.3458099     	dvt0     = 2.2409160      	dvt1     = 0.7000346      	
 +dvt2     = 5.1822500e-02  	dvt0w    = -0.6666300     	dvt1w    = 1.7665100e+06  	
 +dvt2w    = 0.2730700      	nlx      = 1.0942075e-07  	w0       = 0.00           	
 +k3b      = 0.5537800      	          	
 +vsat     = 1.2313600e+05  	ua       = 9.3385000e-10  	ub       = 8.7038620e-19  	
 +uc       = -4.8379430e-11 	rdsw     = 1.2941917e+03  	prwb     = -3.7754260e-02 	
 +prwg     = -3.0872462e-02 	wr       = 1.2123391      	u0       = 1.2451221e-02  	
 +a0       = 0.5109490      	keta     = -1.2610002e-02 	a1       = 0.00           	
 +a2       = 0.4000000      	ags      = 0.2783000      	b0       = 1.8980900e-07  	
 +b1       = 4.7157910e-07  	
 +voff     = -0.2006746     	nfactor  = 2.0000000      	cit      = -4.5838980e-04 	
 +cdsc     = 1.5963858e-03  	cdscb    = 0.00           	cdscd    = 3.3960306e-03  	
 +eta0     = 4.0173400e-02  	etab     = -2.4490699e-02 	dsub     = 0.8703098      	
 +pclm     = 1.5312500      	pdiblc1  = 0.2000000      	pdiblc2  = 2.4438500e-03  	
 +pdiblcb  = 0.2515152      	drout    = 0.5001400      	pscbe1   = 6.1853930e+08  	
 +pscbe2   = 5.0000000e-05  	pvag     = -0.7000000     	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.3281201     	kt2      = -2.5214884e-02 	at       = 3.3000000e+04  	
 +ute      = -0.6066882     	ua1      = 5.3900000e-09  	ub1      = -8.5040010e-18 	
 +uc1      = -1.9939508e-11 	kt1l     = 0.00           	prt      = 0.00           	
 +cj       = 0.00102        	mj       = 0.336          	pb       = 0.67           	
 +cjsw     = 1.5e-10        	mjsw     = 0.209          	pbsw     = 0.45           	
 +cjgate    = 2.8e-10        	        	
 +cta      = 0.001          	ctp      = 0.0005         	pta      = 0.00142        	
 +ptp      = 0.00156        	js       = 1.00e-04       	jsw      = 0.00           	
 +cgdo     = '3.0e-10+dcgdo_p_lv_33'        	acm      = 3                   hdif     = 3.2e-7
 +cgso     = '3.0e-10+dcgso_p_lv_33'        	cgbo     = 0.0e+00        	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.392e-10           rsh      = 8                    tlevc    = 1       		
 +dwc      = 2.615e-08 

 ******************************************************************************************
 *   1.8v zero vt nmos model            *
 ******************************************************************************************
 .model n_zero_18.1 nmos
 +level    = 49             	
 +lmin     = 3.2e-7         	lmax     = 5.0e-5         	wmin     = 2.5e-7         	
 +wmax     = 1.0e-4         	tnom     = 27.0           	version  = 3.2            	
 +tox      = '4.20e-09+dtox_n_zero_18'    	xj       = 1.6000000e-07  	nch      = 3.8726000e+16  	
 +lln      = 0.2660000      	lwn      = 1.0000000      	wln      = 0.5922000      	
 +wwn      = 0.2000000      	lint     = '0.00+dlint_n_zero_18'           	ll       = 1.8000001e-11  	
 +lw       = 0.00           	lwl      = 2.7500000e-17  	wint     = '6.71e-08+dwint_n_zero_18'  	
 +wl       = -2.3600000e-12 	ww       = -3.2100000e-09 	wwl      = -4.9800000e-14 	
 +mobmod   = 2              	binunit  = 2              	xl       = 0              	
 +xw       = 0              	     	
 +dwg      = -4.0064710e-09 	dwb      = -6.4565710e-10 	
 +acm      = 3           	hdif     = 2.6e-07             	rsh      = 8            	              	
 +vth0     = '-0.292824+dvth0_n_zero_18'     	k1       = 6.0130880e-02  	k2       = 2.8346960e-02  	
 +k3       = -1.6878520     	dvt0     = 0.00           	dvt1     = 0.00           	
 +dvt2     = 0.5000000      	dvt0w    = -4.2279100e-03 	dvt1w    = 1.2608490e+05  	
 +dvt2w    = 5.2103550e-02  	nlx      = 5.5854040e-06  	w0       = 0.00           	
 +k3b      = -1.0744520e-03 	          	
 +vsat     = 1.4120500e+05  	ua       = -4.2000000e-10 	ub       = 1.8938191e-18  	
 +uc       = -5.2402070e-11 	rdsw     = 99.7997000     	prwb     = 0.2000000      	
 +prwg     = 0.2000000      	wr       = 0.9784660      	u0       = 3.9795870e-02  	
 +a0       = 7.6036300      	keta     = -8.2927600e-03 	a1       = 0.00           	
 +a2       = 0.4950000      	ags      = 0.6100000      	b0       = 2.2348240e-07  	
 +b1       = 6.9381160e-07  	
 +voff     = -0.5343230     	nfactor  = 3.8131400      	cit      = -4.6958800e-03 	
 +cdsc     = 4.0000000e-03  	cdscb    = 1.0000000e-03  	cdscd    = 1.0000000e-03  	
 +eta0     = 1.8483700e-03  	etab     = 1.9984799e-03  	dsub     = 0.5600000      	
 +pclm     = 6.0000000      	pdiblc1  = 0.2000000      	pdiblc2  = 0.2000000      	
 +pdiblcb  = 0.2777780      	drout    = 0.5600000      	pscbe1   = 6.6815310e+08  	
 +pscbe2   = 1.0000000e-10  	pvag     = 1.5000000      	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.3209906     	kt2      = -9.4299780e-02 	at       = 3.3000000e+04  	
 +ute      = -0.8586437     	ua1      = 3.4515450e-09  	ub1      = -4.2916300e-18 	
 +uc1      = -3.2124550e-11 	kt1l     = 0.00           	prt      = -60.0000000    	
 +cj       = 0.00116        	mj       = 0.4953         	pb       = 0.9040536      	
 +cjsw     = 1.58e-10       	mjsw     = 0.2248         	php     = 0.7            	
 +cta      = 0.000908       	ctp      = 0.000714       	pta      = 0.00156        	
 +ptp      = 0.00122        	js       = 1.00e-04       	jsw      = 0.00           	
 +cjgate    = 2.88e-10       	          	
 +cgdo     = '4.0e-10+dcgdo_n_zero_18'        	
 +cgso     = '4.0e-10+dcgso_n_zero_18'        	cgbo     = 0.0e+00        	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.533e-10        	tlevc    = 1   

 ******************************************************************************************
 *         3.3v zero vt nmos model     *
 ******************************************************************************************    
 .model n_zero_33 nmos
 +level    = 49             	
 +lmin     = 4.5e-7         	lmax     = 5.05e-5         	wmin     = 8.0e-7         	
 +wmax     = 1.05e-4         	tnom     = 27.0           	version  = 3.2            	
 +tox      = '7.50000e-09+dtox_n_zero_33'    	xj       = 1.6000000e-07  	nch      = 2.5024000e+16  	
 +lln      = 0.2000000      	lwn      = 1.0000000      	wln      = 1.0000000      	
 +wwn      = 1.0000000      	lint     = '-2.0600000e-08+dlint_n_zero_33' 	ll       = 5.4366300e-09  	
 +lw       = 2.0000000e-14  	lwl      = 0.00           	wint     = '8.3950000e-08+dwint_n_zero_33'  	
 +wl       = 0.00           	ww       = -3.5000000e-14 	wwl      = 0.00           	
 +mobmod   = 2              	binunit  = 2              	xl       = 0              	
 +xw       = 0              	
 +dwg      = 0.00           	dwb      = 6.0000000e-09  	
 +vth0     = '6.2318000e-02+dvth0_n_zero_33'  	k1       = 0.2505087      	k2       = 3.0312719e-02  	
 +k3       = -3.2163260     	dvt0     = 2.8485200      	dvt1     = 0.9155145      	
 +dvt2     = -3.6156200e-02 	dvt0w    = -0.5000000     	dvt1w    = 1.0000000e+06  	
 +dvt2w    = -7.2127000e-02 	nlx      = 8.0000000e-08  	w0       = 0.00           	
 +k3b      = 1.4614233e-02  	           	
 +vsat     = 1.2112400e+05  	pvsat    = 3.8005000e-09  	ua       = 6.3300000e-11  	
 +ub       = 1.7016443e-18  	wub      = -2.5050000e-25 	uc       = -9.7855250e-11 	
 +rdsw     = 5.6414910e+02  	prwb     = -8.9352830e-03 	prwg     = -1.6772246e-02 	
 +wr       = 0.9314115      	u0       = 4.3425860e-02  	a0       = 1.5000000      	
 +keta     = -1.8150601e-02 	lketa    = 1.0005000e-08  	a1       = -8.3286230e-02 	
 +a2       = 0.9917943      	ags      = 0.3115282      	b0       = 0.00           	
 +b1       = 0.00           	
 +voff     = -0.2186260     	nfactor  = 1.0579700      	cit      = -1.2551600e-04 	
 +cdsc     = 1.3512136e-03  	cdscb    = 0.00           	cdscd    = 0.00           	
 +eta0     = 2.5119600e-03  	etab     = 0.00           	dsub     = 0.2000000      	
 +pclm     = 2.6817601      	pdiblc1  = 0.2000000      	pdiblc2  = 1.0000000e-03  	
 +pdiblcb  = 0.2012542      	drout    = 0.5600000      	pscbe1   = 2.5877456e+08  	
 +pscbe2   = 1.7413988e-07  	pvag     = 1.5000000      	delta    = 1.0000000e-02  	
 +alpha0   = 0.00           	beta0    = 30.0000000     	
 +kt1      = -0.2100000     	kt2      = 2.2000000e-02  	at       = 3.3000000e+04  	
 +ute      = -0.9198974     	ua1      = 9.9095510e-10  	ub1      = -2.7372970e-18 	
 +uc1      = -2.2149076e-11 	kt1l     = 0.00           	prt      = 3.0000000e+02  	
 +cj       = 0.001757       	mj       = 0.329          	pb       = 0.689          	
 +cjsw     = 1.57e-10       	mjsw     = 0.305          	php     = 1.25           	
 +cta      = 0.00517        	ctp      = 0.00074        	pta      = -0.00591       	
 +ptp      = 0.00482        	js       = 1.00e-04       	jsw      = 0.00           	
 +cgdo     = '1.0e-10+dcgdo_n_zero_33'        	cjgate   = 2.04e-10
 +cgso     = '1.0e-10+dcgso_n_zero_33'        	cgbo     = 0.0          	capmod   = 2              	
 +nqsmod   = 0              	elm      = 5              	xpart    = 1              	
 +cf       = 1.362e-10          	
 +dwc      = 8.395e-08      	tlevc    = 1             	
 +acm      = 3                  hdif     = 3.2e-7               rsh      = 8   

  
 .endl mos_18
 .lib 'cic018.l' bjt
 ******************************************************************************************
 *                  0.18um mixed mode vertical pnp model            *
 ******************************************************************************************
 .model pnp_v50x50 pnp
 +level  = 1                  
 + is = 5.65e-18 	bf = 1.38 	      	nf = 1.054 
 + vaf = 788 		ikf = 0.0021 		ise = 1e-20 
 + ne = 1.049 		br = 0.000135 		nr = 1.02 
 + var = 55 	      	ikr = 0.0021 		isc = 1.05e-12 
 + nc = 1.45 		rb = 268 	      	irb = 2.3e-05 
 + rbm = 59.48 		re = 0.001 	      	rc = 0.22 
 + tlevc = 1 		xtb = 1.48 	      	eg = 1.27 
 + xti = 2.38 		trb1 = 0.0038 		cje = 2.85e-14 
 + vje = 0.762 		mje = 0.405 		cjc = 2.81e-14 
 + vjc = 0.458 		mjc = 0.75 	          	fc = 0.5
 + trm1= 0.0035           
 *                                                          


 ******************************************************************************************
 *                  0.18um mixed mode vertical pnp model             *
 ******************************************************************************************
 .model pnp_v100x100 pnp
 +level  = 1                  
 + is = 2.8e-17 	      bf = 1.37 			nf = 1.056 
 + vaf = 785 		ikf = 0.005 		ise = 1.2e-18 
 + ne = 1.049 		br = 0.00063 		nr = 1.06 
 + var = 55 		      ikr = 0.027 		isc = 1.95e-12 
 + nc = 1.44 		rb = 66.4 		      irb = 1e-06 
 + rbm = 59.48 		re = 0.001 		      rc = 0.22 
 + tlevc = 1 		xtb = 1.298 		eg = 1.27 
 + xti = 1.98 		trb1 = 0.004 		tre1 = 0.001 
 + cje = 1.24e-13   	vje = 0.762 		mje = 0.395 
 + cjc = 4.81e-14 	      vjc = 0.458 		mjc = 0.75 
 + fc = 0.5                    trm1 = 0.004 

 .endl bjt
 .lib 'cic018.l' diode
 *******************************************************************************************
 *                          0.18um mixedmode n+/pwell diode model                         *
 ******************************************************************************************
 .model dn d
 + level = 3 		area = 8e-09 		pj = 0.00035 
 + is = 2.92e-07 	      jsw = 3.33e-13 		n = 1.03 
 + rs = 4e-08 		ik = 2.35e+04 		ikr = 1230 
 + bv = 9.22 		ibv = 1e-3		      tref = 27 
 + tlev = 1 		      eg = 1.2	      	xti = 3.0 
 + trs = 1e-06 		cj = 0.00119 		mj = 0.515
 + ctp = 0.000914        tphp      = 0.000924
 + cta = 0.000919        tpb      = 0.00158 
 + pb = 0.79 		cjsw = 1.6e-10 		mjsw = 0.381 
 + php = 0.705           tlevc = 1

 ******************************************************************************************
 *                          0.18um mixedmode p+/nwell diode model                         *
 ******************************************************************************************
 .model dp d
 + level = 3 		area = 8e-09 		pj = 0.00035 
 + is = 1.27e-07      	jsw = 2.2e-13 		n = 1.01 
 + rs = 3.25e-08 	ik = 3.65e+04 		ikr = 1270 
 + bv = 9.21 		ibv = 1e-3 		tref = 27 
 + tlev = 1 		      eg = 1.27 		xti = 3 
 + trs = 0.00049 	      cj = 0.00114 		mj = 0.395
 + cta  = 0.001              ctp      = 7.53e-04         tpb      = 1.55e-03
 + tphp  = 1.24e-03 
 + pb = 0.762 		cjsw = 1.74e-10 	mjsw = 0.324 
 + php = 0.665           tlevc = 1
 *
 .endl diode
 .lib 'cic018.l' res

 **************************************************************************************************************** 
 *             non salicide n+ poly resistor subcircuit netlist for typical case                                * 
 **************************************************************************************************************** 
 .subckt rnnpo n2 n1 pw
 .param rend='17e-6+drend_rnnpo'  rs='113+drs_rnnpo'  dw='-0.097e-6+ddw_rnnpo'  
 .param vcr1=-0.00376e-6  vcr2=-0.08474e-12  tc1=-1.6e-4  tc2=4.18e-7  temp= 'temper'  wr=1  lr=1
 .param tcoef = '1.0+tc1*(temp-25.0)+tc2*pow((temp-25.0),2)'  
 +ca   = 9.0755e-5

 c1 pw n1 'ca*(wr+dw)*lr/2'
 r1 n2 n1 '((2*rend/(wr+dw))+(rs*lr/(wr+dw)))*(1.0+vcr1*abs(v(n1,n2)/lr)+vcr2*pow(abs(v(n1,n2))/lr,2))*tcoef'
 c2 pw n2 'ca*(wr+dw)*lr/2'  

 .ends rnnpo


 ****************************************************************************************************************  
 *             non salicide p+ poly resistor subcircuit netlist for typical case                                * 
 **************************************************************************************************************** 
 .subckt rnppo n2 n1 nw
 .param rend='105e-6+drend_rnppo' rs='352+drs_rnppo' dw='-0.046e-6+ddw_rnppo' 
 .param vcr1=-0.0106e-6   vcr2=-0.205e-12  tc1=-2.84e-4  tc2=3e-7  temp= 'temper'  wr=1  lr=1
 .param tcoef = '1.0+tc1*(temp-25.0)+tc2*pow((temp-25.0),2)'    
 +ca   = 9.0755e-5

 c1 n1 nw 'ca*(wr+dw)*lr/2'
 r1 n2 n1 '((2*rend/(wr+dw))+(rs*lr/(wr+dw)))*(1.0+vcr1*abs(v(n1,n2)/lr)+vcr2*pow(abs(v(n1,n2))/lr,2))*tcoef'
 c2 n2 nw 'ca*(wr+dw)*lr/2'  

 .ends rnppo


 ****************************************************************************************************************  
 *             non salicide hr poly resistor subcircuit netlist for typical case                                * 
 **************************************************************************************************************** 
 .subckt rnhr1000 n2 n1 nw 
 .param rend='120e-6+drend_rnhr1000' rs='1039+drs_rnhr1000' dw='-0.043e-6+ddw_rnhr1000'
 .param vcr1=-0.035e-6   vcr2=-0.25e-12  tc1=-8.34e-4  tc2=1.3e-6  temp= 'temper'  wr=1  lr=1
 .param tcoef = '1.0+tc1*(temp-25.0)+tc2*pow((temp-25.0),2)'    
 +ca   = 9.0755e-5

 c1 n1 nw 'ca*(wr+dw)*lr/2'
 r1 n2 n1 '((2*rend/(wr+dw))+(rs*(lr-0.4e-6)/(wr+dw)))*(1.0+vcr1*abs(v(n1,n2)/lr)+vcr2*pow(abs(v(n1,n2))/lr,2))*tcoef'
 c2 n2 nw 'ca*(wr+dw)*lr/2'

 .ends rnhr1000

 .endl res
 .lib 'cic018.l' cap
 *
 *     #########################################
 *     #                                       #
 *     #  0.18um rfcmos mim_sh hspice model    #
 *     #                                       #  
 *     #########################################
 *
 .subckt mimcaps 1 2 nx=1 ny=1 l=20e-6 w=20e-6 

 **********************************************
 .param dt='temper-25'
 .param leb='ny*(l+1.7e-6)+4.3e-6'        
 .param wb='nx*(w+1.7e-6)+4.3e-6'
 .param cn='0.001'
 .param cox='5.4478e-6'
 .param n='nx*ny'
 .param cs='n*(l*w*cn+1.5e-10*(l+w))*(1+3e-5*dt+1e-8*dt*dt)'
 .param cox1='(leb*wb*cox+3.382e-11*(leb+wb))/2'
 .param cox2= 'cox1'
 .param rs='2.0667e-2*leb/wb'
 .param k='wb/(wb+2*(1e-4-wb/2-3.25e-5))'
 .param k1='sqrt(1-k*k)'
 .param f='1/(log(2*(1+sqrt(k1))/(1-sqrt(k1))))'
 .param ls='1e-7*leb/f*(0.0074*(leb/wb)+0.2399+0.7363/(leb/wb))'
 * --------- equivalent network -------------------
 *
 c 1 11 'cs*(1.0027-0.0002*v(2,1)+3e-5*v(2,1)*v(2,1))'
 l 11 12 ls
 r 12 2 rs
 *c1 11 999 cox1
 *c2 2 999 cox2
 *
 .ends
 .endl cap
 .endl fs
 .end
 $ end of alter processing $
  **warning** (cic018.l:234) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:234) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:235) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:235) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:239) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:240) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:243) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:243) expression -10*1.2         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:247) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:248) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:148) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:148) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:149) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:149) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:153) expression -10*0.09        not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:154) expression -10*0.09        not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:157) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:157) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:161) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead
  **warning** (cic018.l:162) expression -10*0.9         not enclosed in quotes.      Will be evaluated as: -10.000     instead


 **warning**  the accurate option increases  the cpu time but the results
                are more accurate.
 ***accurate option sets default value of the options: 
 lvltim= 4         dvdt= 3       relvar= 200.00m absvar= 200.00m
     ft= 200.00m relmos=  10.00m
 (used for FFT control ) fft_accurate= 1
1****** HSPICE -- B-2008.09-SP1 32-BIT (Nov 24 2008) linux ******               
 ******  
 ac response

  ******  circuit name directory
 circuit number to circuit name directory
   number circuitname                     definition         multiplier
        0 main circuit
        1 xop.                            aicopamp           1.00 


  **warning**  in element=  1:ccm2r            defined in subckt aicopamp        
     capacitance =    0.00     <= 0 farad, please verify it.


 ***************************************************************************
 ***        model parameters  model name:   0:n_18.1   model type:nmos   ***
 ***************************************************************************

   *** general parameters ***
    deriv=   0.           

   ***  level 49  model parameters  ***

      hspver=    2006.03               level=         49         
     version=        3.2            paramchk=          0         
      apwarn=          1                lite=          0         
      vgslim=          0             binUnit=          1         
      capMod=          2               xpart=          1         
      mobMod=          1              nqsMod=          0         
      stiMod=          0                 elm=          5         
    sfvtflag=          0                 tox=    4.2e-09 meter   
          xj=    1.6e-07 meter       binflag=          0         
        lmin=    1.8e-07 meter          lmax=      5e-05 meter   
        wmin=    2.5e-07 meter          wmax=     0.0001 meter   
        lref=          0 meter          wref=          0 meter   
        lint=  1.587e-08 meter          wint=  1.022e-08 meter   
       lmult=          1               wmult=          1         
          ll= -1.062e-15                 lln=          1         
          lw=  2.996e-15                 lwn=          1         
         lwl=          0                  wl=          0         
         wln=          1                  ww=  7.262e-16         
         wwn=          1                 wwl=          0         
         dwg= -3.396e-09 m/V             dwb=  1.346e-09 m/V^1/2 
          xl=    1.5e-09                  xw=     -1e-08         
          a0=       1.93                 ags=     0.5072 V^-1    
          b0=  1.486e-06 meter            b1=  9.064e-06 meter   
        keta=    0.01752 V^-1           voff=    -0.1088 V       
       ngate=      1e+23 cm^-3           vbx=          0 V       
         vbm=         -3 V                xt=   1.55e-07 meter   
        vth0=     0.3205 V               nch= 3.7446e+17 cm^-3   
        nsub=      6e+16 cm^-3           nlx=  4.279e-07 meter   
      gamma1=          0 V^-1/2       gamma2=          0 V^-1/2  
          k1=     0.4578 V^1/2            k2=   -0.02638         
          k3=     -10.88                 k3b=     0.2379 V^-1    
          w0= -8.813e-08 meter          dvt0=     0.4042         
        dvt1=     0.3237                dvt2=    -0.8602 V^-1    
       dvt0w=      0.383 meter^-1      dvt1w=     600000 meter^-1
       dvt2w=     -0.025 V^-1           dsub=   0.001592         
        eta0=   0.001004                etab=  -0.001459 V^-1    
          u0=      319.1 cm^2/V/sec         ua= -9.201e-10 m/V     
          ub=  1.907e-18 (m/V)^2          uc=  4.355e-11 V^-1    
        vsat=      72580 m/sec            a1=          0 v^-1    
          a2=          1               delta=       0.01 V       
        rdsw=      4.905 ohm-um         prwg=          0 V^-1    
        prwb=          0 V^-1/2           wr=          1         
        pclm=      1.091             pdiblc1=   0.003061         
     pdiblc2=      1e-06             pdiblcb=          0 V^-1    
      pscbe1=  4.866e+08 V/m          pscbe2=    2.8e-07 V/m     
       drout=   0.001592                pvag=    -0.2958         
     nfactor=      1.038                cdsc=   0.002275 f/m^2   
       cdscb=  0.0008241 f/V/m^2       cdscd=    -0.0005 f/V/m^2 
         cit=  -0.001511 f/m^2        alpha0=          0 m/V     
       beta0=         30 V               dlc=      4e-08 meter   
         dwc=          0 meter           clc=      1e-07 meter   
         cle=        0.6                cgso=   2.35e-10 f/m     
        cgdo=   2.35e-10 f/m            cgbo=          0 f/m     
        cgsl=          0 f/m            cgdl=          0 f/m     
      ckappa=        0.6                  cf=  1.533e-10 f/m     
        acde=          1 m/V            moin=         15 V^1/2   
        toxm=    4.2e-09 m            dtoxcv=          0 m       
         vfb (not used)                alpha1=          0 1/V     
        ijth=          0 A              noff=          1         
      voffcv=          0                 tcj=          0 1/K     
       tcjsw=          0 1/K          tcjswg=          0 1/K     
         tpb=          0 V/K           tpbsw=          0 V/K     
      tpbswg=          0 V/K             llc=  -6.64e-15         
         lwc=          0                lwlc=          0         
         wlc=          0                 wwc=          0         
        wwlc=          0                tnom=     298.15 K       
         kt1=    -0.2255 V              kt1l= -4.275e-09         
         kt2=   -0.02527                 ute=     -1.186         
         ua1=  2.253e-09 m/V             ub1= -2.673e-18 (m/V)^2 
         uc1= -3.832e-11 m/V^2            at=      14490 m/s     
         prt=     -10.18         
         using Berkeley noise model       noiMod=          1         
        noia=      1e+20                noib=      50000         
        noic=   -1.4e-12                  em=    4.2e+07         
          ef=          1                  af=          1         
          kf=      1e-29              gdsnoi=-1.23457e-29         
         using Hspice diodes            using ACM 
         acm=         3                 hdif=   2.6e-07 meter    
        ldif=     8e-08 meter             js=     1e-06 amp/m^2  
         jsw=     7e-11 amp/m            xti=         3          
           n=         1                   cj=  0.001133 f/m^2    
          mj=     0.443                   pb=     0.823 V        
        cjsw= 1.474e-10 f/m             mjsw=      0.33          
         php=      0.88 V               pbsw (not used)           
      cjgate=   5.5e-10 f/m            cjswg (not used)           
       mjswg (not used)                 pbswg (not used)           
         la0=    -0.4667                lags=     0.3028         
       lketa=   -0.01942               lvoff=  -0.004208         
       lvth0=     0.0002                lnlx= -2.854e-08         
       leta0=   0.001574            lpdiblc2=  -0.004752         
         wa0=   -0.04731                wags=   0.004242         
       wvoff= -0.0004078               wvth0=    0.06497         
         wu0=      -1.46                 wua=  -1.88e-11         
       wvsat=       5066                wute=    0.06373         
         wat=       7067                 pa0=   -0.02649         
       pvoff= -0.0003788               pvth0=   -0.00055         
         pw0=    1.3e-09                 pub=    3.8e-20         
       pvsat=         60         
 ***************************************************************************
 ***        model parameters  model name:   0:p_18.1   model type:pmos   ***
 ***************************************************************************

   *** general parameters ***
    deriv=   0.           

   ***  level 49  model parameters  ***

      hspver=    2006.03               level=         49         
     version=        3.2            paramchk=          0         
      apwarn=          1                lite=          0         
      vgslim=          0             binUnit=          1         
      capMod=          2               xpart=          1         
      mobMod=          3              nqsMod=          0         
      stiMod=          0                 elm=          5         
    sfvtflag=          0                 tox=    4.2e-09 meter   
          xj=      1e-07 meter       binflag=          0         
        lmin=    1.8e-07 meter          lmax=      5e-05 meter   
        wmin=    2.5e-07 meter          wmax=     0.0001 meter   
        lref=          0 meter          wref=          0 meter   
        lint= -1.041e-08 meter          wint= -1.525e-07 meter   
       lmult=          1               wmult=          1         
          ll=  6.635e-15                 lln=          1         
          lw= -2.873e-16                 lwn=          1         
         lwl=          0                  wl=          0         
         wln=          1                  ww=  1.236e-14         
         wwn=          1                 wwl=          0         
         dwg= -1.251e-07 m/V             dwb= -1.039e-07 m/V^1/2 
          xl=     -6e-09                  xw=      1e-08         
          a0=       1.35                 ags=     0.3818 V^-1    
          b0= -3.088e-07 meter            b1=          0 meter   
        keta=    0.01044 V^-1           voff=    -0.1073 V       
       ngate=      1e+23 cm^-3           vbx=          0 V       
         vbm=         -3 V                xt=   1.55e-07 meter   
        vth0=    -0.4385 V               nch=  6.231e+17 cm^-3   
        nsub=      6e+16 cm^-3           nlx=   2.53e-07 meter   
      gamma1=          0 V^-1/2       gamma2=          0 V^-1/2  
          k1=     0.5704 V^1/2            k2=   0.006973         
          k3=     -2.833                 k3b=      1.326 V^-1    
          w0= -1.943e-07 meter          dvt0=     0.4885         
        dvt1=    0.07578                dvt2=     0.1187 V^-1    
       dvt0w=    -0.1261 meter^-1      dvt1w=      24790 meter^-1
       dvt2w=     0.6915 V^-1           dsub=     1.9191         
        eta0=      1.071                etab=    -0.9291 V^-1    
          u0=      126.5 cm^2/V/sec         ua=   1.54e-09 m/V     
          ub=  2.646e-19 (m/V)^2          uc=   -0.09587 V^-1    
        vsat=      53400 m/sec            a1=          0 v^-1    
          a2=          1               delta=       0.01 V       
        rdsw=      792.1 ohm-um         prwg=          0 V^-1    
        prwb=          0 V^-1/2           wr=          1         
        pclm=      2.653             pdiblc1=          0         
     pdiblc2=      5e-06             pdiblcb=          0 V^-1    
      pscbe1=  4.866e+08 V/m          pscbe2=    2.8e-07 V/m     
       drout=      1.457                pvag=      1.262         
     nfactor=      1.535                cdsc=  0.0007578 f/m^2   
       cdscb=     0.0001 f/V/m^2       cdscd= -2.883e-05 f/V/m^2 
         cit=  -0.001067 f/m^2        alpha0=          0 m/V     
       beta0=         30 V               dlc=   7.01e-08 meter   
         dwc=          0 meter           clc=      1e-07 meter   
         cle=        0.6                cgso=  2.054e-10 f/m     
        cgdo=  2.054e-10 f/m            cgbo=          0 f/m     
        cgsl=          0 f/m            cgdl=          0 f/m     
      ckappa=        0.6                  cf=  1.533e-10 f/m     
        acde=          1 m/V            moin=         15 V^1/2   
        toxm=    4.2e-09 m            dtoxcv=          0 m       
         vfb (not used)                alpha1=          0 1/V     
        ijth=          0 A              noff=          1         
      voffcv=          0                 tcj=          0 1/K     
       tcjsw=          0 1/K          tcjswg=          0 1/K     
         tpb=          0 V/K           tpbsw=          0 V/K     
      tpbswg=          0 V/K             llc=  -1.31e-14         
         lwc=          0                lwlc=          0         
         wlc=          0                 wwc=          0         
        wwlc=          0                tnom=     298.15 K       
         kt1=    -0.2294 V              kt1l= -8.204e-09         
         kt2=  -0.009487                 ute=    -0.4484         
         ua1=  4.571e-09 m/V             ub1= -6.026e-18 (m/V)^2 
         uc1=    -0.0985 m/V^2            at=      12030 m/s     
         prt=          0         
         using Berkeley noise model       noiMod=          1         
        noia=      1e+20                noib=      50000         
        noic=   -1.4e-12                  em=    4.2e+07         
          ef=          1                  af=          1         
          kf=      1e-29              gdsnoi=-1.23457e-29         
         using Hspice diodes            using ACM 
         acm=         3                 hdif=   2.6e-07 meter    
        ldif=     8e-08 meter             js=     3e-06 amp/m^2  
         jsw=  4.22e-11 amp/m            xti=         3          
           n=         1                   cj=  0.001116 f/m^2    
          mj=     0.395                   pb=     0.762 V        
        cjsw= 1.566e-10 f/m             mjsw=     0.324          
         php=     0.665 V               pbsw (not used)           
      cjgate= 1.566e-10 f/m            cjswg (not used)           
       mjswg (not used)                 pbswg (not used)           
         la0=     -0.281                lags=    0.04454         
       lketa=     -0.012               lvoff= -0.0009871         
       lvth0=     0.0041                lnlx= -1.584e-08         
         lua= -8.253e-11            lpdiblc2=   0.003012         
         wa0=   -0.04807                wags=   -0.04277         
       wvoff=  -0.009816               wvth0=    -0.0113         
         wua=   2.63e-09               wvsat=     -14200         
       wrdsw=      10.07                wute=    -0.2682         
         wat=      -6405                wprt=      226.6         
         pa0=    0.08661                pags=   -0.04076         
       pvoff= -9.833e-05               pvth0=    0.00329         
         pua=  5.855e-11               pvsat=       -464         
 
      
  Opening plot unit= 15
 file=11_ac.pa4                                                                


 **diagnostic** dc convergence failure, 
 resetting dcon option to 1 and retrying

 **diagnostic** dc convergence successful
 you can increase the efficiency of the
 operating point calculation by setting dcon= 1
 in the .option statement
1****** HSPICE -- B-2008.09-SP1 32-BIT (Nov 24 2008) linux ******               
 ******  
 ac response

  ******  operating point information tnom=  25.000 temp=  25.000 *****
 ***** operating point status is all       simulation time is     0.     
    node    =voltage      node    =voltage      node    =voltage

 +0:iref    = 520.8165m 0:vdd     =   1.8000  0:vinn    = 900.0000m
 +0:vinp    = 900.0000m 0:vocm    = 900.0000m 0:von     =   1.3164 
 +0:vop     =   1.3164  0:vss     =   0.      1:net102  = 539.0304m
 +1:net102r = 539.0304m 1:net110  = 539.0304m 1:net110r = 539.0304m
 +1:net15   =   1.3300  1:net28   =   1.3434  1:net32   =   1.3300 
 +1:net34   = 794.4077m 1:net34r  = 794.4077m 1:net36   =   1.2044 
 +1:net39   = 359.7559m 1:net47   = 981.9753m 1:net9    =   1.2929 
 +1:vb1     = 641.0280m 1:vcmc    = 975.5378m 1:vcmcb   =   1.1443 
 +1:vol     = 539.0304m 1:vol2    = 817.1616m 1:vor     = 539.0304m
 +1:vor2    = 817.1616m


 ****  voltage sources

 subckt                                                         
 element  0:vdd      0:vgnd     0:vocm     0:vinp     0:vinn    
  volts      1.8000     0.       900.0000m  900.0000m  900.0000m
  current -822.3691u  660.2849u   30.4450u    0.         0.     
  power      1.4803m    0.       -27.4005u    0.         0.     

     total voltage source power dissipation=    1.4529m       watts



 ***** current sources

 subckt             
 element  0:iref    
  volts      1.2792 
  current    1.9686u
  power     -2.5182u


     total current source power dissipation=  -2.5182u       watts

 **** resistors

 subckt                         xop        xop        xop        xop       
 element  0:rload1   0:rload2   1:rr1      1:rr0      1:rr2      1:rp2r    
  r value   20.0000k   20.0000k   20.0000k   20.0000k   10.0000k   10.0000u
  v drop     1.3164     1.3164    23.4877m   23.4877m -304.4500m    0.     
  current   65.8196u   65.8196u    1.1744u    1.1744u  -30.4450u    0.     
  power     86.6445u   86.6445u   27.5837n   27.5836n    9.2690u    0.     

 subckt   xop        xop        xop       
 element  1:rp2      1:rp1r     1:rp1     
  r value   10.0000u   30.0000k   30.0000k
  v drop     0.         0.         0.     
  current    0.         0.         0.     
  power      0.         0.         0.     



 **** mosfets


 subckt   xop        xop        xop        xop        xop        xop       
 element  1:mm13     1:mm12     1:mm11     1:mm15_r   1:mm15     1:mm14    
 model    0:n_18.1   0:n_18.1   0:n_18.1   0:p_18.1   0:p_18.1   0:p_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati   Saturati
  id        47.8580u   47.8580u   95.7161u  -18.1432u  -18.1432u  -66.0013u
  ibs       -2.5653f   -2.5653f -2.868e-20  2.475e-21  2.475e-21  8.009e-21
  ibd       -9.4837f   -9.4837f   -2.5653f  625.6894a  625.6894a  495.2308a
  vgs      540.2441m  540.2441m  520.8165m -688.9425m -688.9425m -824.4622m
  vds      970.2146m  970.2146m  359.7559m -790.9402m -790.9402m -470.0294m
  vbs     -359.7559m -359.7559m    0.         0.         0.         0.     
  vth      531.5664m  531.5664m  419.6436m -483.9326m -483.9326m -480.6614m
  vdsat     75.9422m   75.9422m  118.3688m -205.1979m -205.1979m -314.3375m
  vod        8.6777m    8.6777m  101.1729m -205.0099m -205.0099m -343.8008m
  beta      30.4643m   30.4643m   14.7614m  836.2180u  836.2180u    1.2211m
  gam eff  516.6737m  516.6737m  507.4460m  557.0846m  557.0846m  557.0846m
  gm       979.9299u  979.9299u    1.3259m  151.4032u  151.4032u  337.3458u
  gds       14.6453u   14.6453u   18.1674u  799.9928n  799.9928n    6.7197u
  gmb      146.3939u  146.3939u  269.3023u   45.8657u   45.8657u  105.7193u
  cdtot     69.4023f   69.4023f   82.5539f   13.3396f   13.3396f   21.9974f
  cgtot    136.1487f  136.1487f  340.3918f   77.9325f   77.9325f  117.5206f
  cstot    164.0058f  164.0058f  392.6249f   91.0423f   91.0423f  136.2610f
  cbtot    145.5209f  145.5209f  214.5733f   43.4428f   43.4428f   64.8874f
  cgs       95.8359f   95.8359f  294.9999f   67.8512f   67.8512f  102.9117f
  cgd       18.3027f   18.3027f   17.8623f    4.3438f    4.3438f    7.0086f



 subckt   xop        xop        xop        xop        xop        xop       
 element  1:mm14_r   1:mm16_r   1:mm16     1:mm22_r   1:mm21_r   1:mm22    
 model    0:p_18.1   0:n_18.1   0:n_18.1   0:n_18.1   0:p_18.1   0:n_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati   Saturati
  id       -66.0013u   18.1432u   18.1432u   24.1118u  -24.1118u   24.1118u
  ibs      8.009e-21 -4.042e-21 -4.042e-21 -1.099e-20  5.803e-21 -1.099e-20
  ibd      495.2308a -459.5405a -459.5405a   -1.7545f    1.3874f   -1.7545f
  vgs     -824.4622m  520.8165m  520.8165m  539.0304m -655.6737m  539.0304m
  vds     -470.0294m  539.0304m  539.0304m  817.1616m -982.8384m  817.1616m
  vbs        0.         0.         0.         0.         0.         0.     
  vth     -480.6614m  408.6786m  408.6786m  478.4474m -509.8237m  478.4474m
  vdsat   -314.3375m  125.0979m  125.0979m  103.1655m -175.7021m  103.1655m
  vod     -343.8008m  112.1379m  112.1379m   60.5830m -145.8499m   60.5830m
  beta       1.2211m    2.3954m    2.3954m    5.9067m    1.7039m    5.9067m
  gam eff  557.0846m  507.4460m  507.4460m  507.4461m  557.0846m  507.4461m
  gm       337.3458u  237.9438u  237.9438u  395.9865u  253.8103u  395.9865u
  gds        6.7197u    2.8219u    2.8219u    5.7476u    1.7549u    5.7476u
  gmb      105.7193u   48.0473u   48.0473u   74.2700u   74.5799u   74.2700u
  cdtot     21.9974f   12.1497f   12.1497f   16.0336f   14.7614f   16.0336f
  cgtot    117.5206f   54.9966f   54.9966f   34.4289f   40.8570f   34.4289f
  cstot    136.2610f   62.9243f   62.9243f   45.6248f   52.8638f   45.6248f
  cbtot     64.8874f   32.8186f   32.8186f   35.5806f   35.2115f   35.5806f
  cgs      102.9117f   47.7980f   47.7980f   27.3881f   33.3938f   27.3881f
  cgd        7.0086f    2.8341f    2.8341f    3.5551f    4.3788f    3.5551f



 subckt   xop        xop        xop        xop        xop        xop       
 element  1:mm21     1:mm34_r   1:mm32_r   1:mm31_r   1:mm33_r   1:mm34    
 model    0:p_18.1   0:n_18.1   0:n_18.1   0:p_18.1   0:p_18.1   0:n_18.1  
 region     Saturati   Saturati   Saturati   Saturati     Linear   Saturati
  id       -24.1118u   80.9783u   78.1687u  -78.1687u -147.9725u   80.9783u
  ibs      5.803e-21 -3.690e-20 -3.562e-20  1.418e-20  2.019e-20 -3.690e-20
  ibd        1.3874f   -8.4792f -426.3818a  442.8768a  318.7873a   -8.4792f
  vgs     -655.6737m  539.0304m  817.1616m   -1.0056    -1.0056   539.0304m
  vds     -982.8384m    1.3164   794.4077m   -1.0056  -483.6074m    1.3164 
  vbs        0.         0.         0.         0.         0.         0.     
  vth     -509.8237m  471.9902m  478.7551m -508.8237m -502.4412m  471.9902m
  vdsat   -175.7021m  107.1546m  297.4108m -463.2345m -459.5927m  107.1546m
  vod     -145.8499m   67.0402m  338.4066m -496.7686m -503.1511m   67.0402m
  beta       1.7039m   17.7234m    1.4623m  655.6524u    1.3231m   17.7234m
  gam eff  557.0846m  507.4461m  507.4478m  557.0844m  557.0844m  507.4461m
  gm       253.8103u    1.2918m  399.7174u  270.9461u  476.1456u    1.2918m
  gds        1.7549u   17.5770u    8.8725u    5.7123u   49.1639u   17.5770u
  gmb       74.5799u  239.2588u   72.2504u   86.0679u  152.4099u  239.2588u
  cdtot     14.7614f   44.7259f    4.0329f    5.7076f   12.6489f   44.7259f
  cgtot     40.8570f  104.5358f    9.1285f   17.1165f   34.4731f  104.5358f
  cstot     52.8638f  138.4350f   12.1197f   21.6007f   42.2131f  138.4350f
  cbtot     35.2115f  103.4234f    8.8471f   13.4762f   26.4081f  103.4234f
  cgs       33.3938f   83.5028f    7.5473f   14.2382f   28.5412f   83.5028f
  cgd        4.3788f   10.6464f  885.3421a    1.8182f    3.9767f   10.6464f



 subckt   xop        xop        xop        xop        xop        xop       
 element  1:mm32     1:mm31     1:mm33     1:mm9fb    1:mm6fb    1:mm3fb   
 model    0:n_18.1   0:p_18.1   0:p_18.1   0:n_18.1   0:n_18.1   0:n_18.1  
 region     Saturati   Saturati     Linear   Saturati   Saturati   Saturati
  id        78.1687u  -78.1687u -147.9725u   50.5120u   50.5120u   50.5922u
  ibs     -3.562e-20  1.418e-20  2.019e-20 -2.302e-20 -2.302e-20 -2.306e-20
  ibd     -426.3818a  442.8768a  318.7873a   -5.7601f   -5.7601f   -5.7981f
  vgs      817.1616m   -1.0056    -1.0056   520.8165m  520.8165m  520.8165m
  vds      794.4077m   -1.0056  -483.6074m  975.5378m  975.5378m  981.9753m
  vbs        0.         0.         0.         0.         0.         0.     
  vth      478.7551m -508.8237m -502.4412m  476.3986m  476.3986m  476.3153m
  vdsat    297.4108m -463.2345m -459.5927m   93.5871m   93.5871m   93.6343m
  vod      338.4066m -496.7686m -503.1511m   44.4179m   44.4179m   44.5012m
  beta       1.4623m  655.6524u    1.3231m   16.2442m   16.2442m   16.2443m
  gam eff  507.4478m  557.0844m  557.0844m  507.4460m  507.4460m  507.4460m
  gm       399.7174u  270.9461u  476.1456u  892.4503u  892.4503u  893.5598u
  gds        8.8725u    5.7123u   49.1638u   12.4523u   12.4523u   12.4570u
  gmb       72.2504u   86.0679u  152.4099u  167.3386u  167.3386u  167.5201u
  cdtot      4.0329f    5.7076f   12.6489f   42.9835f   42.9835f   42.9413f
  cgtot      9.1285f   17.1165f   34.4731f   90.7521f   90.7521f   90.7772f
  cstot     12.1197f   21.6007f   42.2131f  120.1765f  120.1765f  120.2090f
  cbtot      8.8471f   13.4762f   26.4081f   96.7366f   96.7366f   96.6953f
  cgs        7.5473f   14.2382f   28.5412f   70.4823f   70.4823f   70.5107f
  cgd      885.3421a    1.8182f    3.9767f    9.8266f    9.8266f    9.8263f



 subckt   xop        xop        xop        xop        xop        xop       
 element  1:mm8fb    1:mm7fb    1:mm5fb    1:mm2fb    1:mm1fb    1:mm4fb   
 model    0:p_18.1   0:p_18.1   0:p_18.1   0:p_18.1   0:p_18.1   0:p_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati   Saturati
  id       -82.6880u  -82.6880u  -18.3361u  -50.5922u  -48.2435u  -48.7811u
  ibs      2.233e-20  1.990e-20  4.413e-21  1.366e-20  1.161e-20  1.174e-20
  ibd        1.3395f  644.5295a  888.6298a    1.1322f  429.4874a  504.4067a
  vgs     -702.3732m -824.4622m -563.4219m -651.8769m -818.0247m -818.0247m
  vds     -367.8634m -456.5988m -228.9122m -310.9296m -507.0951m -595.5500m
  vbs        0.         0.         0.         0.         0.         0.     
  vth     -509.1200m -509.8266m -509.8229m -509.1193m -509.8265m -509.8265m
  vdsat   -216.6720m -317.8421m -107.8873m -174.8296m -312.3680m -312.3689m
  vod     -193.2532m -314.6356m  -53.5990m -142.7575m -308.1983m -308.1982m
  beta       3.8861m    1.6479m    4.7666m    3.9223m  989.9417u  989.9415u
  gam eff  557.0846m  557.0846m  557.0846m  557.0846m  557.0846m  557.0846m
  gm       705.7956u  453.1065u  288.4713u  536.7838u  270.8039u  274.6133u
  gds       14.3714u   14.0158u    4.1802u    9.8061u    6.7266u    5.5528u
  gmb      208.3220u  137.9050u   83.5474u  156.8464u   82.3115u   83.5049u
  cdtot     39.9924f   16.5893f   47.7499f   40.5660f    9.7643f    9.5285f
  cgtot     94.6990f   41.3482f  102.3386f   94.0460f   24.7771f   24.7504f
  cstot    123.7744f   53.3877f  129.3623f  122.6614f   32.0369f   32.0432f
  cbtot     87.9134f   36.5801f  103.3592f   88.5642f   21.8390f   21.6610f
  cgs       77.5241f   34.0259f   78.6152f   76.5918f   20.4066f   20.3990f
  cgd       10.3215f    4.5254f   12.2372f   10.3222f    2.6807f    2.6547f



 subckt   xop        xop        xop        xop        xop       
 element  1:mm7b     1:mm3b     1:mm6b     1:mm2b     1:mm1b    
 model    0:p_18.1   0:n_18.1   0:p_18.1   0:n_18.1   0:n_18.1  
 region     Saturati   Saturati   Saturati   Saturati   Saturati
  id        -2.1598u    2.1598u   -6.0192u    6.0192u    1.9686u
  ibs      3.918e-22 -6.472e-22  1.757e-21 -1.804e-21 -5.899e-22
  ibd      115.5104a -163.1972a   73.9062a -274.2584a  -74.2756a
  vgs     -655.6737m  520.8165m   -1.1590   520.8165m  520.8165m
  vds     -655.6737m    1.1443    -1.1590   641.0280m  520.8165m
  vbs        0.         0.         0.         0.         0.     
  vth     -491.6333m  413.7379m -494.8944m  417.5264m  418.4312m
  vdsat   -177.6225m  122.2896m -615.4556m  119.7689m  119.1697m
  vod     -164.0404m  107.0786m -664.0776m  103.2901m  102.3852m
  beta     142.9967u  295.2051u   28.9890u  885.6599u  295.2234u
  gam eff  557.0846m  507.4460m  557.0845m  507.4460m  507.4460m
  gm        21.3936u   28.8783u   16.4891u   82.4206u   27.1004u
  gds      110.8398n  304.6915n  223.1241n  930.0507n  320.4309n
  gmb        6.3764u    5.7560u    5.3292u   16.6279u    5.4831u
  cdtot      2.4186f    1.4223f  570.0684a    4.6301f    1.5827f
  cgtot     12.6038f    6.8150f    2.8869f   20.4151f    6.8040f
  cstot     14.9248f    7.8719f    3.5441f   23.5900f    7.8599f
  cbtot      7.5380f    4.0780f    1.8063f   12.5892f    4.2334f
  cgs       10.8590f    5.8980f    2.5098f   17.6883f    5.8965f
  cgd      728.5918a  350.6806a  164.7864a    1.0550f  352.6677a



 ***************************************************
   ******   pole/zero analysis  
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 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 **warning** underflow 1 time(s) in pole/zero analysis
 
 
    input =  0:vinp          output = v(vop,von)
 
       poles (rad/sec)                 poles ( hertz)
 real            imag            real            imag            
 -51.2181k       0.              -8.15162k       0.              
 -1.73551x       0.              -276.215k       0.              
 -5.74787x       -17.2393x       -914.802k       -2.74372x       
 -5.74787x       17.2393x        -914.802k       2.74372x        
 -33.1529x       0.              -5.27645x       0.              
 -186.308x       -236.739x       -29.6518x       -37.6782x       
 -186.308x       236.739x        -29.6518x       37.6782x        
 -218.798x       0.              -34.8227x       0.              
 -692.885x       1.24049g        -110.276x       197.430x        
 -692.885x       -1.24049g       -110.276x       -197.430x       
 -998.396x       0.              -158.900x       0.              
 -1.00050g       0.              -159.235x       0.              
 -1.02109g       -1.05540g       -162.511x       -167.972x       
 -1.02109g       1.05540g        -162.511x       167.972x        
 -2.63633g       0.              -419.585x       0.              
 -3.57625g       -1.56370g       -569.178x       -248.871x       
 -3.57625g       1.56370g        -569.178x       248.871x        
 -4.23627g       0.              -674.224x       0.              
 -5.13778g       0.              -817.703x       0.              
 -5.17067g       0.              -822.938x       0.              
 -5.70468g       0.              -907.928x       0.              
 
       zeros (rad/sec)                 zeros ( hertz)
 real            imag            real            imag            
 -5.67384x       17.2160x        -903.020k       2.74001x        
 -5.68283x       -17.2012x       -904.450k       -2.73766x       
 -30.6811x       0.              -4.88304x       0.              
 -33.3889x       724.270         -5.31401x       115.271         
 -185.275x       -233.774x       -29.4874x       -37.2063x       
 -192.255x       226.851x        -30.5984x       36.1045x        
 -218.928x       84.6378k        -34.8435x       13.4705k        
 -981.232x       -923.496k       -156.168x       -146.979k       
 -1.04419g       -1.07261g       -166.188x       -170.711x       
 -1.05116g       1.07471g        -167.297x       171.045x        
 -2.91149g       -95.8194k       -463.378x       -15.2501k       
 -2.96540g       -4.28565g       -471.959x       -682.082x       
 -2.96541g       4.28565g        -471.959x       682.082x        
 -3.18006g       1.32071g        -506.123x       210.198x        
 -3.18078g       -1.32248g       -506.238x       -210.479x       
 -4.36746g       78.5684k        -695.103x       12.5046k        
 -5.13713g       -10.2162x       -817.600x       -1.62596x       
 -6.87835g       -193.975k       -1.09472g       -30.8721k       
 -9.81103g       22.7217k        -1.56147g       3.61627k        
 37.2586g        0.              5.92989g        0.              
 95.0035g        0.              15.1203g        0.              
 
  ***** constant factor = 7.70980n
 ******  
 ac response

  ******  ac analysis tnom=  25.000 temp=  25.000 *****
   dcgain_in_db=  9.6170E+01    at=  1.0000E+01
               from=  1.0000E+01    to=  1.0000E+09
   dcgain=  6.4344E+04    at=  1.0000E+01
               from=  1.0000E+01    to=  1.0000E+09
   unity_frequency=  2.9673E+07
   phase= -1.1653E+02
   phase_margin=  6.3468E+01

          ***** job concluded
1****** HSPICE -- B-2008.09-SP1 32-BIT (Nov 24 2008) linux ******               
 ******  
 ac response

  ******  job statistics summary tnom=  25.000 temp=  25.000 *****

  ******  HSPICE Threads Information  ******
  Command Line Threads Count:                      0
  Available CPU Count:                             8
  Actual Model Evaluation(Load) Threads Count:     1
  Actual Solver Threads Count:                     1


  ******  Circuit Statistics  ******
  # nodes       =      99  # elements   =      56
  # resistors   =       9  # capacitors =       6  # inductors   =       0
  # mutual_inds =       0  # vccs       =       0  # vcvs        =       0
  # cccs        =       0  # ccvs       =       0  # volt_srcs   =       5
  # curr_srcs   =       1  # diodes     =       0  # bjts        =       0
  # jfets       =       0  # mosfets    =      35  # U elements  =       0
  # T elements  =       0  # W elements =       0  # B elements  =       0
  # S elements  =       0  # P elements =       0  # va device   =       0


  ******  Runtime Statistics (seconds)  ******

  analysis           time    # points   tot. iter  conv.iter
  op point           0.06           1         241
  ac analysis        0.00          81          81
  readin             0.03
  errchk             0.00
  setup              0.01
  output             0.00


           total memory used          673  kbytes
           total cpu time            0.10 seconds
           total elapsed time        0.10 seconds
           job started at     22:16:26 06/25/2016
           job ended   at     22:16:26 06/25/2016


 Init: hspice initialization file: /usr/cad/synopsys/hspice/cur/hspice/hspice.ini
 lic: Release hspice token(s) 
