Using: /usr/bin/time -p /usr/cad/synopsys/hspice/cur/hspice/linux/hspice hw4_1a.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  Unpublished-rights reserved under US copyright laws.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_1a.sp                                                         
 lic:  
 lic: FLEXlm: v8.5b 
 lic: USER:   u102061219           HOSTNAME: ws44 
 lic: HOSTID: e41f13bf3ba4         PID:      12152 
 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 vout vin gnd gnd n_18 w=2u l=4u
 m2 vout vb vdd vdd p_18 w=2u l=4u

 vdd vdd gnd dc=1.8
 vin vin gnd dc=0.5 ac=1
 vb vb gnd dc=0.96126

 .op
 .tf v(vout) vin
 .ac dec 10000 1 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:vb      = 961.2600m 0:vdd     =   1.8000  0:vin     = 500.0000m
 +0:vout    =   1.0006 


 ****  voltage sources

 subckt                                   
 element  0:vdd      0:vin      0:vb      
  volts      1.8000   500.0000m  961.2600m
  current   -1.9540u    0.         0.     
  power      3.5173u    0.         0.     

     total voltage source power dissipation=    3.5173u       watts




 **** mosfets


 subckt                        
 element  0:m1       0:m2      
 model    0:n_18.1   0:p_18.1  
 region     Saturati   Saturati
  id         1.9540u   -1.9540u
  ibs     -4.346e-22  2.670e-22
  ibd     -213.9632a  105.0502a
  vgs      500.0000m -838.7400m
  vds        1.0006  -799.4220m
  vbs        0.         0.     
  vth      335.1818m -472.0090m
  vdsat    152.7385m -324.5807m
  vod      164.8182m -366.7310m
  beta     149.8847u   32.6789u
  gam eff  507.4460m  557.0846m
  gm        20.3114u    9.6569u
  gds      127.5452n   26.1840n
  gmb        3.9694u    3.1251u
  cdtot      2.6354f    2.4576f
  cgtot     52.9193f   50.9515f
  cstot     55.2979f   58.0484f
  cbtot     17.8936f   20.3318f
  cgs       47.8190f   46.5343f
  cgd      648.4265a  757.9950a







 ****     small-signal transfer characteristics

      v(vout)/vin                              = -132.1207 
      input resistance at             vin      =  1.000e+20
      output resistance at v(vout)             =    6.5049x



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

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

     frequency =   1.0000       hz




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




 element     0:m1
       rd  3.958e-21    
       rs  431.6812a    
       id   11.3371p    
       rx    6.5049x    
       fn    6.4283n    
    total    6.4396n    




 element     0:m2
       rd    0.         
       rs  118.8705a    
       id    5.9492p    
       rx    6.5050x    
       fn    6.2363n    
    total    6.2422n    




 **** total output noise voltage         =  12.6819n       sq v/hz
                                         = 112.6137u       v/rt hz
      transfer function value:
        v(vout)/vin                      = 132.1241       
      equivalent input noise at vin                           
                                         = 852.3332n       /rt hz



 **** the results of the sqrt of integral (v**2 / freq)
      from fstart upto    1.0000       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 =  10.0000       hz




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




 element     0:m1
       rd  3.958e-21    
       rs  431.6812a    
       id   11.3371p    
       rx    6.5049x    
       fn  642.8311p    
    total  654.1686p    




 element     0:m2
       rd    0.         
       rs  118.8705a    
       id    5.9492p    
       rx    6.5050x    
       fn  623.6257p    
    total  629.5751p    




 **** total output noise voltage         =   1.2837n       sq v/hz
                                         =  35.8294u       v/rt hz
      transfer function value:
        v(vout)/vin                      = 132.1241       
      equivalent input noise at vin                           
                                         = 271.1797n       /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   =  171.2216u       volts
 **** total equivalent input noise =    1.2959u      



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  3.958e-21    
       rs  431.6812a    
       id   11.3371p    
       rx    6.5049x    
       fn   64.2831p    
    total   75.6206p    




 element     0:m2
       rd    0.         
       rs  118.8705a    
       id    5.9492p    
       rx    6.5050x    
       fn   62.3626p    
    total   68.3119p    




 **** total output noise voltage         = 143.9326p       sq v/hz
                                         =  11.9972u       v/rt hz
      transfer function value:
        v(vout)/vin                      = 132.1241       
      equivalent input noise at vin                           
                                         =  90.8024n       /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   =  245.0182u       volts
 **** total equivalent input noise =    1.8545u      



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  1.583e-20    
       rs  431.6812a    
       id   11.3371p    
       rx    6.5049x    
       fn    6.4283p    
    total   17.7658p    




 element     0:m2
       rd    0.         
       rs  118.8705a    
       id    5.9492p    
       rx    6.5050x    
       fn    6.2363p    
    total   12.1856p    




 **** total output noise voltage         =  29.9515p       sq v/hz
                                         =   5.4728u       v/rt hz
      transfer function value:
        v(vout)/vin                      = 132.1241       
      equivalent input noise at vin                           
                                         =  41.4216n       /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   =  323.6562u       volts
 **** total equivalent input noise =    2.4496u      



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  1.583e-20    
       rs  431.6793a    
       id   11.3370p    
       rx    6.5049x    
       fn  642.8282f    
    total   11.9803p    




 element     0:m2
       rd  1.510e-26    
       rs  118.8700a    
       id    5.9492p    
       rx    6.5050x    
       fn  623.6230f    
    total    6.5730p    




 **** total output noise voltage         =  18.5533p       sq v/hz
                                         =   4.3073u       v/rt hz
      transfer function value:
        v(vout)/vin                      = 132.1238       
      equivalent input noise at vin                           
                                         =  32.6009n       /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   =  538.0486u       volts
 **** total equivalent input noise =    4.0723u      



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  1.583e-20    
       rs  431.4943a    
       id   11.3322p    
       rx    6.5035x    
       fn   64.2553f    
    total   11.3969p    




 element     0:m2
       rd  3.865e-24    
       rs  118.8190a    
       id    5.9467p    
       rx    6.5036x    
       fn   62.3356f    
    total    6.0091p    




 **** total output noise voltage         =  17.4060p       sq v/hz
                                         =   4.1720u       v/rt hz
      transfer function value:
        v(vout)/vin                      = 132.0955       
      equivalent input noise at vin                           
                                         =  31.5836n       /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   =    1.3690m       volts
 **** total equivalent input noise =   10.3623u      



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  1.583e-20    
       rs  413.7522a    
       id   10.8662p    
       rx    6.3684x    
       fn    6.1613f    
    total   10.8728p    




 element     0:m2
       rd  2.474e-22    
       rs  113.9334a    
       id    5.7022p    
       rx    6.3685x    
       fn    5.9772f    
    total    5.7083p    




 **** total output noise voltage         =  16.5810p       sq v/hz
                                         =   4.0720u       v/rt hz
      transfer function value:
        v(vout)/vin                      = 129.3512       
      equivalent input noise at vin                           
                                         =  31.4800n       /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   =    4.1495m       volts
 **** total equivalent input noise =   31.6274u      



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  4.948e-21    
       rs   80.9410a    
       id    2.1257p    
       rx    2.8167x    
       fn  120.5320a    
    total    2.1259p    




 element     0:m2
       rd  2.226e-21    
       rs   22.2884a    
       id    1.1155p    
       rx    2.8168x    
       fn  116.9309a    
    total    1.1156p    




 **** total output noise voltage         =   3.2416p       sq v/hz
                                         =   1.8004u       v/rt hz
      transfer function value:
        v(vout)/vin                      =  57.2119       
      equivalent input noise at vin                           
                                         =  31.4696n       /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   =    9.6669m       volts
 **** total equivalent input noise =   99.5708u      



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  4.601e-21    
       rs  9.939e-19    
       id   26.1026f    
       rx  312.1288k    
       fn  1.480e-19    
    total   26.1037f    




 element     0:m2
       rd  3.989e-21    
       rs  2.737e-19    
       id   13.6976f    
       rx  312.1326k    
       fn  1.436e-19    
    total   13.6980f    




 **** total output noise voltage         =  39.8017f       sq v/hz
                                         = 199.5037n       v/rt hz
      transfer function value:
        v(vout)/vin                      =   6.3418       
      equivalent input noise at vin                           
                                         =  31.4587n       /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   =   11.2541m       volts
 **** total equivalent input noise =  314.6732u      



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  4.585e-21    
       rs  9.962e-21    
       id  261.6221a    
       rx   31.2485k    
       fn  1.483e-22    
    total  261.6368a    




 element     0:m2
       rd  3.987e-21    
       rs  2.747e-21    
       id  137.2888a    
       rx   31.2489k    
       fn  1.439e-22    
    total  137.2957a    




 **** total output noise voltage         = 398.9325a       sq v/hz
                                         =  19.9733n       v/rt hz
      transfer function value:
        v(vout)/vin                      = 654.5007m      
      equivalent input noise at vin                           
                                         =  30.5168n       /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   =   11.4123m       volts
 **** total equivalent input noise =  984.9538u      




          ***** 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       =       9  # elements   =       5
  # resistors   =       0  # capacitors =       0  # inductors   =       0
  # mutual_inds =       0  # vccs       =       0  # vcvs        =       0
  # cccs        =       0  # ccvs       =       0  # volt_srcs   =       3
  # curr_srcs   =       0  # diodes     =       0  # bjts        =       0
  # jfets       =       0  # mosfets    =       2  # 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          12
  ac analysis        0.83       90001       90001
  readin             0.03
  errchk             0.00
  setup              0.00
  output             0.00


           total memory used         1634  kbytes
           total cpu time            0.86 seconds
           total elapsed time        1.18 seconds
           job started at     12:10:53 05/23/2016
           job ended   at     12:10:55 05/23/2016


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