 ****** HSPICE -- L-2016.06-SP2 linux64 (Nov 23 2016) ******                    
  Copyright (c) 1986 - 2018 by Synopsys, Inc. All Rights Reserved.              
  This software and the associated documentation are proprietary
  to Synopsys, Inc. This software may only be used in accordance
  with the terms and conditions of a written license agreement with
  Synopsys, Inc. All other use, reproduction, or distribution of
  this software is strictly prohibited.
  Input File: hw4_1f.sp                                                         
  Command line options: /usr/cad/synopsys/hspice/2016.06-sp2/hspice/linux64/hspice -i hw4_1f.sp -o hw4_1f.lis
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 **info** set option symb=1 internally to help for convergence.
 *****************************************************************
 ******  option summary
 ******
 runlvl  = 3         bypass  = 2.0000    
 **info** dc convergence successful at Newton-Raphson method 
1****** HSPICE -- L-2016.06-SP2 linux64 (Nov 23 2016) ******                    
 ******  
 hw4_1f

 ****** 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:net14   =   1.0002  0:vb1     =   1.2397  0:vb2     = 420.0000m
 +0:vdd     =   1.8000  0:vin     = 500.0000m 0:vout    = 500.3514m


 **** voltage sources

 subckt                                              
 element  0:vin      0:vb1      0:vb2      0:vdd     
  volts    500.0000m    1.2397   420.0000m    1.8000 
  current    0.         0.         0.        -3.4394u
  power      0.         0.         0.         6.1910u

     total voltage source power dissipation=    6.1910u       watts




 **** mosfets


 subckt                                              
 element  0:m3       0:m2       0:m1       0:m0      
 model    0:n_18.1   0:n_18.1   0:n_18.1   0:p_18.1  
 region     Saturati   Saturati   Saturati   Saturati
  id         3.2489u    3.2489u  190.4918n -190.4922n
  ibs     -5.750e-22 -212.8501a -6.915e-23  2.603e-23
  ibd     -212.8489a -765.7194a -122.1942a  105.0938a
  vgs      420.0000m  499.8965m  500.0000m -560.2570m
  vds      500.3514m    1.2996     1.0002  -799.7521m
  vbs        0.      -500.3514m    0.         0.     
  vth      388.0405m  472.7465m  332.5823m -472.0084m
  vdsat     77.3402m   78.5436m  152.7538m -111.7565m
  vod       31.9595m   27.1500m  167.4177m  -88.2486m
  beta       1.5516m    1.5670m   14.6485u   35.1905u
  gam eff  507.4460m  519.9085m  507.4459m  557.0847m
  gm        62.3708u   63.6536u    1.9752u    2.7155u
  gds      699.5358n  792.3537n    5.5667n    2.3660n
  gmb       12.8930u    9.8313u  385.7082n  835.9004n
  cdtot      6.9726f    5.8360f    1.0028f    2.3778f
  cgtot     29.1476f   27.7925f   63.8668f   48.6526f
  cstot     31.5858f   28.8383f   65.9235f   54.3516f
  cbtot     19.0716f   15.4516f   18.6462f   20.8013f
  cgs       23.4575f   22.4613f   58.0608f   42.9754f
  cgd        1.8124f    1.7730f  197.5977a  721.9569a







 ****     small-signal transfer characteristics

      v(vout)/vin                              = -211.2860 
      input resistance at             vin      =  1.000e+20
      output resistance at v(vout)             =   13.3379k



 ******  
 hw4_1f

 ****** noise analysis tnom=  25.000 temp=  25.000 ******
 
     frequency =  10.0000        hz

 


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



 element     0:m3
       rd  5.963e-25    
       rs  7.031e-21    
       id  148.3301a    
       rx   13.3375k    
       fn   76.4802f    
    total   76.6286f    
 



 element     0:m2
       rd  7.650e-25    
       rs  6.722e-21    
       id  145.0378a    
       rx   13.3375k    
       fn   76.4803f    
    total   76.6254f    
 



 element     0:m1
       rd  1.737e-20    
       rs    3.1383f    
       id  297.5349p    
       rx  107.0234x    
       fn    1.3638n    
    total    1.6614n    
 



 element     0:m0
       rd  1.098e-21    
       rs    2.4771f    
       id  446.8208p    
       rx  107.0238x    
       fn   16.4563n    
    total   16.9031n    
 



 **** total output noise voltage         =  18.5647n       sq v/hz
                                         = 136.2522u       v/rt hz
      transfer function value:
        v(vout)/vin                      = 211.3925       
      equivalent input noise at vin                           
                                         = 644.5459n       /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.                          




          ***** job concluded
 ******  
 hw4_1f

 ****** job statistics summary tnom=  25.000 temp=  25.000 ******
  
  
 ******  Machine Information  ******
 CPU:
 model name	: Intel(R) Xeon(R) CPU E5-2620 0 @ 2.00GHz
 cpu MHz	: 2001.000
  
 OS:
 Linux version 2.6.18-371.9.1.el5 (mockbuild@builder17.centos.org) (gcc version 4.1.2 20080704 (Red Hat 4.1.2-54)) #1 SMP Tue Jun 10 17:49:56 EDT 2014


  ******  HSPICE Threads Information  ******

  Command Line Threads Count :     1
  Available CPU Count        :    12
  Actual 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
  # vector_srcs =       0 # N elements =       0


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

  analysis           time    # points   tot. iter  conv.iter
  op point           0.02           1          14
  ac analysis        0.02         901         901
  readin             0.03
  errchk             0.01
  setup              0.00
  output             0.00


           peak memory used        201.30 megabytes
           total cpu time            0.07 seconds
           total elapsed time        0.69 seconds
           job started at     02:17:19 05/26/2018
           job ended   at     02:17:20 05/26/2018


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