Using: /usr/bin/time -p /usr/cad/synopsys/hspice/cur/hspice/linux/hspice hw4_1f.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  Unpublished-rights reserved under US copyright laws.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: hw4_1f.sp                                                         
 lic:  
 lic: FLEXlm: v8.5b 
 lic: USER:   u102061219           HOSTNAME: ws44 
 lic: HOSTID: e41f13bf3ba4         PID:      31536 
 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
 .option acout=0

 m1 vx vin gnd gnd n_18 w=2u l=4u
 m2 vx vb1 vdd vdd p_18 w=2u l=4u
 m3 vout vb2 gnd gnd n_18 w=5u l=2u
 m4 vdd vx vout gnd n_18 w=5u l=2u

 vdd vdd gnd dc=1.8
 vin vin gnd dc=0.5 ac=1
 vb1 vb1 gnd dc=0.96126
 vb2 vb2 gnd dc=0.42

 .op
 .tf v(vout) vin
 .ac dec 10000 10 1g
 .noise v(vout) vin 10000

 .end
 

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

  ******  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:vb1     = 961.2600m 0:vb2     = 420.0000m 0:vdd     =   1.8000 
 +0:vin     = 500.0000m 0:vout    = 498.5667m 0:vx      =   1.0006 


 ****  voltage sources

 subckt                                              
 element  0:vdd      0:vin      0:vb1      0:vb2     
  volts      1.8000   500.0000m  961.2600m  420.0000m
  current   -4.7880u    0.         0.         0.     
  power      8.6184u    0.         0.         0.     

     total voltage source power dissipation=    8.6184u       watts




 **** mosfets


 subckt                                              
 element  0:m1       0:m2       0:m3       0:m4      
 model    0:n_18.1   0:p_18.1   0:n_18.1   0:n_18.1  
 region     Saturati   Saturati   Saturati   Saturati
  id         1.9540u   -1.9540u    2.8340u    2.8340u
  ibs     -4.346e-22  2.670e-22 -5.015e-22 -212.0908a
  ibd     -213.9632a  105.0502a -212.0898a -765.7195a
  vgs      500.0000m -838.7400m  420.0000m  502.0113m
  vds        1.0006  -799.4220m  498.5667m    1.3014 
  vbs        0.         0.         0.      -498.5667m
  vth      335.1818m -472.0090m  351.6692m  439.6632m
  vdsat    152.7385m -324.5807m   92.8072m   94.0691m
  vod      164.8182m -366.7310m   68.3308m   62.3481m
  beta     149.8847u   32.6789u  758.2559u  767.0806u
  gam eff  507.4460m  557.0846m  507.4459m  519.8684m
  gm        20.3114u    9.6569u   46.8246u   48.1488u
  gds      127.5452n   26.1840n  391.8096n  475.7042n
  gmb        3.9694u    3.1251u    9.5795u    7.6000u
  cdtot      2.6354f    2.4576f    7.0039f    5.8374f
  cgtot     52.9193f   50.9515f   63.7605f   61.9681f
  cstot     55.2979f   58.0484f   67.2351f   63.3560f
  cbtot     17.8936f   20.3318f   27.8334f   22.5662f
  cgs       47.8190f   46.5343f   55.7066f   54.5560f
  cgd      648.4265a  757.9950a    1.7411f    1.6328f







 ****     small-signal transfer characteristics

      v(vout)/vin                              = -112.3607 
      input resistance at             vin      =  1.000e+20
      output resistance at v(vout)             =   17.6632k



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

  ******  noise analysis tnom=  25.000 temp=  25.000 *****

     frequency =  10.0000       hz




 **** mosfet squared noise voltages (sq v/hz)




 element     0:m1
       rd  1.583e-20    
       rs  312.2127a    
       id    8.1995p    
       rx    5.5321x    
       fn  464.9264p    
    total  473.1263p    




 element     0:m2
       rd    0.         
       rs   85.9729a    
       id    4.3028p    
       rx    5.5321x    
       fn  451.0363p    
    total  455.3392p    




 element     0:m3
       rd  1.510e-25    
       rs  6.893e-21    
       id  194.4967a    
       rx   17.6627k    
       fn   28.0600f    
    total   28.2545f    




 element     0:m4
       rd  4.836e-25    
       rs  6.722e-21    
       id  192.5399a    
       rx   17.6627k    
       fn   28.0600f    
    total   28.2525f    




 **** total output noise voltage         = 928.5219p       sq v/hz
                                         =  30.4717u       v/rt hz
      transfer function value:
        v(vout)/vin                      = 112.3636       
      equivalent input noise at vin                           
                                         = 271.1879n       /rt hz



 **** the results of the sqrt of integral (v**2 / freq)
      from fstart upto   10.0000       hz. using more freq points
      results in more accurate total noise values.

 **** total output noise voltage   =    0.            volts
 **** total equivalent input noise =    0.           



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

  ******  noise analysis tnom=  25.000 temp=  25.000 *****

     frequency = 100.0000       hz




 **** mosfet squared noise voltages (sq v/hz)




 element     0:m1
       rd  1.583e-20    
       rs  312.2127a    
       id    8.1995p    
       rx    5.5321x    
       fn   46.4926p    
    total   54.6925p    




 element     0:m2
       rd    0.         
       rs   85.9729a    
       id    4.3028p    
       rx    5.5321x    
       fn   45.1036p    
    total   49.4065p    




 element     0:m3
       rd  1.510e-25    
       rs  6.893e-21    
       id  194.4967a    
       rx   17.6627k    
       fn    2.8060f    
    total    3.0005f    




 element     0:m4
       rd  4.836e-25    
       rs  6.722e-21    
       id  192.5399a    
       rx   17.6627k    
       fn    2.8060f    
    total    2.9985f    




 **** total output noise voltage         = 104.1050p       sq v/hz
                                         =  10.2032u       v/rt hz
      transfer function value:
        v(vout)/vin                      = 112.3636       
      equivalent input noise at vin                           
                                         =  90.8051n       /rt hz



 **** the results of the sqrt of integral (v**2 / freq)
      from fstart upto  100.0000       hz. using more freq points
      results in more accurate total noise values.

 **** total output noise voltage   =  149.0550u       volts
 **** total equivalent input noise =    1.3265u      



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

  ******  noise analysis tnom=  25.000 temp=  25.000 *****

     frequency =   1.0000k      hz




 **** mosfet squared noise voltages (sq v/hz)




 element     0:m1
       rd  3.958e-21    
       rs  312.2125a    
       id    8.1995p    
       rx    5.5321x    
       fn    4.6493p    
    total   12.8491p    




 element     0:m2
       rd    0.         
       rs   85.9728a    
       id    4.3028p    
       rx    5.5321x    
       fn    4.5104p    
    total    8.8132p    




 element     0:m3
       rd  6.039e-25    
       rs  6.893e-21    
       id  194.4980a    
       rx   17.6628k    
       fn  280.6016a    
    total  475.1065a    




 element     0:m4
       rd  4.836e-25    
       rs  6.786e-21    
       id  192.5412a    
       rx   17.6628k    
       fn  280.6018a    
    total  473.1497a    




 **** total output noise voltage         =  21.6633p       sq v/hz
                                         =   4.6544u       v/rt hz
      transfer function value:
        v(vout)/vin                      = 112.3636       
      equivalent input noise at vin                           
                                         =  41.4225n       /rt hz



 **** the results of the sqrt of integral (v**2 / freq)
      from fstart upto    1.0000k      hz. using more freq points
      results in more accurate total noise values.

 **** total output noise voltage   =  233.5857u       volts
 **** total equivalent input noise =    2.0788u      



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

  ******  noise analysis tnom=  25.000 temp=  25.000 *****

     frequency =  10.0000k      hz




 **** mosfet squared noise voltages (sq v/hz)




 element     0:m1
       rd  3.959e-21    
       rs  312.1906a    
       id    8.1989p    
       rx    5.5319x    
       fn  464.8935f    
    total    8.6642p    




 element     0:m2
       rd    0.         
       rs   85.9668a    
       id    4.3025p    
       rx    5.5319x    
       fn  451.0043f    
    total    4.7536p    




 element     0:m3
       rd  6.041e-25    
       rs  6.898e-21    
       id  194.6290a    
       rx   17.6687k    
       fn   28.0791a    
    total  222.7150a    




 element     0:m4
       rd  4.879e-25    
       rs  6.786e-21    
       id  192.6709a    
       rx   17.6687k    
       fn   28.0791a    
    total  220.7567a    




 **** total output noise voltage         =  13.4182p       sq v/hz
                                         =   3.6631u       v/rt hz
      transfer function value:
        v(vout)/vin                      = 112.3596       
      equivalent input noise at vin                           
                                         =  32.6014n       /rt hz



 **** the results of the sqrt of integral (v**2 / freq)
      from fstart upto   10.0000k      hz. using more freq points
      results in more accurate total noise values.

 **** total output noise voltage   =  433.7960u       volts
 **** total equivalent input noise =    3.8607u      



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

  ******  noise analysis tnom=  25.000 temp=  25.000 *****

     frequency = 100.0000k      hz




 **** mosfet squared noise voltages (sq v/hz)




 element     0:m1
       rd  1.589e-20    
       rs  310.0160a    
       id    8.1418p    
       rx    5.5126x    
       fn   46.1655f    
    total    8.1883p    




 element     0:m2
       rd    0.         
       rs   85.3680a    
       id    4.2725p    
       rx    5.5126x    
       fn   44.7863f    
    total    4.3174p    




 element     0:m3
       rd  6.134e-25    
       rs  7.359e-21    
       id  207.6373a    
       rx   18.2497k    
       fn    2.9956a    
    total  210.6402a    




 element     0:m4
       rd  9.130e-25    
       rs  6.786e-21    
       id  205.5487a    
       rx   18.2497k    
       fn    2.9956a    
    total  208.5510a    




 **** total output noise voltage         =  12.5061p       sq v/hz
                                         =   3.5364u       v/rt hz
      transfer function value:
        v(vout)/vin                      = 111.9676       
      equivalent input noise at vin                           
                                         =  31.5841n       /rt hz



 **** the results of the sqrt of integral (v**2 / freq)
      from fstart upto  100.0000k      hz. using more freq points
      results in more accurate total noise values.

 **** total output noise voltage   =    1.1539m       volts
 **** total equivalent input noise =   10.2812u      



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

  ******  noise analysis tnom=  25.000 temp=  25.000 *****

     frequency =   1.0000x      hz




 **** mosfet squared noise voltages (sq v/hz)




 element     0:m1
       rd  7.916e-21    
       rs  182.7258a    
       id    4.7989p    
       rx    4.2322x    
       fn    2.7210f    
    total    4.8018p    




 element     0:m2
       rd  9.895e-22    
       rs   50.3165a    
       id    2.5183p    
       rx    4.2322x    
       fn    2.6397f    
    total    2.5209p    




 element     0:m3
       rd  1.208e-24    
       rs  3.434e-20    
       id  968.9697a    
       rx   39.4237k    
       fn    1.3979a    
    total  970.4019a    




 element     0:m4
       rd  2.579e-23    
       rs  6.659e-21    
       id  959.2474a    
       rx   39.4242k    
       fn    1.3980a    
    total  960.6520a    




 **** total output noise voltage         =   7.3246p       sq v/hz
                                         =   2.7064u       v/rt hz
      transfer function value:
        v(vout)/vin                      =  85.9608       
      equivalent input noise at vin                           
                                         =  31.4842n       /rt hz



 **** the results of the sqrt of integral (v**2 / freq)
      from fstart upto    1.0000x      hz. using more freq points
      results in more accurate total noise values.

 **** total output noise voltage   =    3.2398m       volts
 **** total equivalent input noise =   31.6025u      



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

  ******  noise analysis tnom=  25.000 temp=  25.000 *****

     frequency =  10.0000x      hz




 **** mosfet squared noise voltages (sq v/hz)




 element     0:m1
       rd  2.940e-22    
       rs    4.3145a    
       id  113.3112f    
       rx  650.3222k    
       fn    6.4249a    
    total  113.3219f    




 element     0:m2
       rd  1.761e-22    
       rs    1.1881a    
       id   59.4612f    
       rx  650.3301k    
       fn    6.2330a    
    total   59.4686f    




 element     0:m3
       rd  6.577e-24    
       rs  7.135e-20    
       id    2.0133f    
       rx   56.8276k    
       fn  2.905e-19    
    total    2.0137f    




 element     0:m4
       rd  6.020e-23    
       rs  6.536e-21    
       id    1.9931f    
       rx   56.8285k    
       fn  2.905e-19    
    total    1.9934f    




 **** total output noise voltage         = 176.7977f       sq v/hz
                                         = 420.4732n       v/rt hz
      transfer function value:
        v(vout)/vin                      =  13.2090       
      equivalent input noise at vin                           
                                         =  31.8324n       /rt hz



 **** the results of the sqrt of integral (v**2 / freq)
      from fstart upto   10.0000x      hz. using more freq points
      results in more accurate total noise values.

 **** total output noise voltage   =    4.6590m       volts
 **** total equivalent input noise =   99.9478u      



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

  ******  noise analysis tnom=  25.000 temp=  25.000 *****

     frequency = 100.0000x      hz




 **** mosfet squared noise voltages (sq v/hz)




 element     0:m1
       rd  1.369e-22    
       rs  2.937e-20    
       id  771.2944a    
       rx   53.6540k    
       fn  4.373e-21    
    total  771.3283a    




 element     0:m2
       rd  1.177e-22    
       rs  8.087e-21    
       id  404.7445a    
       rx   53.6547k    
       fn  4.243e-21    
    total  404.7570a    




 element     0:m3
       rd  2.069e-22    
       rs  3.411e-20    
       id  962.5372a    
       rx   39.2926k    
       fn  1.389e-20    
    total  962.5854a    




 element     0:m4
       rd  3.879e-23    
       rs  5.247e-21    
       id  952.8830a    
       rx   39.2932k    
       fn  1.389e-20    
    total  952.9022a    




 **** total output noise voltage         =   3.0916f       sq v/hz
                                         =  55.6019n       v/rt hz
      transfer function value:
        v(vout)/vin                      =   1.0901       
      equivalent input noise at vin                           
                                         =  51.0048n       /rt hz



 **** the results of the sqrt of integral (v**2 / freq)
      from fstart upto  100.0000x      hz. using more freq points
      results in more accurate total noise values.

 **** total output noise voltage   =    4.8452m       volts
 **** total equivalent input noise =  400.7393u      



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

  ******  noise analysis tnom=  25.000 temp=  25.000 *****

     frequency =   1.0000g      hz




 **** mosfet squared noise voltages (sq v/hz)




 element     0:m1
       rd  7.706e-23    
       rs  1.675e-22    
       id    4.3988a    
       rx    4.0519k    
       fn  2.494e-24    
    total    4.3991a    




 element     0:m2
       rd  6.704e-23    
       rs  4.619e-23    
       id    2.3083a    
       rx    4.0520k    
       fn  2.420e-24    
    total    2.3084a    




 element     0:m3
       rd  3.810e-22    
       rs  6.344e-22    
       id   17.8972a    
       rx    5.3579k    
       fn  2.582e-23    
    total   17.8982a    




 element     0:m4
       rd  1.927e-23    
       rs  4.012e-21    
       id   17.7176a    
       rx    5.3580k    
       fn  2.582e-23    
    total   17.7217a    




 **** total output noise voltage         =  42.3274a       sq v/hz
                                         =   6.5060n       v/rt hz
      transfer function value:
        v(vout)/vin                      =  84.8675m      
      equivalent input noise at vin                           
                                         =  76.6601n       /rt hz



 **** the results of the sqrt of integral (v**2 / freq)
      from fstart upto    1.0000g      hz. using more freq points
      results in more accurate total noise values.

 **** total output noise voltage   =    4.8795m       volts
 **** total equivalent input noise =    2.2540m      




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

  ******  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       =      15  # elements   =       8
  # resistors   =       0  # capacitors =       0  # inductors   =       0
  # mutual_inds =       0  # vccs       =       0  # vcvs        =       0
  # cccs        =       0  # ccvs       =       0  # volt_srcs   =       4
  # curr_srcs   =       0  # diodes     =       0  # bjts        =       0
  # jfets       =       0  # mosfets    =       4  # 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           0.00           1          15
  ac analysis        0.94       80001       80001
  readin             0.02
  errchk             0.01
  setup              0.00
  output             0.00


           total memory used         1479  kbytes
           total cpu time            0.97 seconds
           total elapsed time        1.36 seconds
           job started at     02:16:42 05/24/2016
           job ended   at     02:16:43 05/24/2016


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