 ****** HSPICE -- L-2016.06-SP2 linux64 (Nov 23 2016) ******                    
  Copyright (c) 1986 - 2020 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: hw2_1.sp                                                          
  Command line options: /usr/cad/synopsys/hspice/2016.06-sp2/hspice/linux64/hspice -i hw2_1.sp -o hw2_1.lis
 lic:  
 lic: FLEXlm: v11.2.1 
 lic: USER:   u105060012           HOSTNAME: ws38 
 lic: HOSTID: "e61f1358e29b"       PID:      14285 
 lic: Using FLEXlm license file: 
 lic: 26585@lsnctu 
 lic: Checkout 1 hspice 
 lic: License/Maintenance for hspice will expire on 14-may-2022/2018.09 
 lic: 84(in_use)/190(total) FLOATING license(s) on SERVER 26585@lsnctu 
 lic:   
  **warning** (hw2_1.sp:7) runlvl smaller than 5, reset to 5 when accurate turned on

 **warning**  runlvl smaller than 5, reset to 5 when accurate turned on
  **info** (hw2_1.sp:20) DC voltage reset to initial transient source value in source 0:vin. new dc=0.9000D+00
 

  
      
 *****************************************************************
 ******  option summary
 ******
 runlvl  = 5         bypass  = 2.0000    
 **info** dc convergence successful at Newton-Raphson method 
1****** HSPICE -- L-2016.06-SP2 linux64 (Nov 23 2016) ******                    
 ******  
 hw2_1

 ****** operating point information tnom=  25.000 temp=  27.000 ******
 ****** operating point status is all       simulation time is     0.     
    node    =voltage      node    =voltage      node    =voltage

 +0:vdd     =   1.8000  0:vin     = 900.0000m 0:vout    = 904.7484m
 +0:vss     =   0.     


 maximum nodal capacitance=   4.040E-14         on node     0:vss             

    nodal  capacitance table 

    node    =    cap      node    =    cap      node    =    cap

 +0:vdd     =   0.      0:vin     =  14.9205f 0:vout    =  10.3386f
 +0:vss     =  40.4037f

 

 **** voltage sources

 subckt                                   
 element  0:vdd      0:vin      0:vss     
  volts      1.8000   900.0000m    0.     
  current   -1.0290m    0.         1.0290m
  power      1.8522m    0.         0.     

     total voltage source power dissipation=    1.8522m       watts



 **** resistors

 subckt             
 element  0:rl      
  r value  870.0000 
  v drop   895.2516m
  current    1.0290m
  power    921.2360u



 **** mosfets


 subckt             
 element  0:m1      
 model    0:n_18.1  
 region     Saturati
  id         1.0290m
  ibs     -2.371e-19
  ibd     -801.3838a
  vgs      900.0000m
  vds      904.7484m
  vbs        0.     
  vth      490.6444m
  vdsat    277.7740m
  vod      409.3556m
  beta      15.5083m
  gam eff  507.4534m
  gm         3.5613m
  gds      195.5624u
  gmb      515.1684u
  cdtot     10.3386f
  cgtot     14.9205f
  cstot     21.3312f
  cbtot     19.0724f
  cgs       10.7975f
  cgd        2.8888f



 **info** dc convergence successful at Newton-Raphson method 
 ******  
 hw2_1

 ****** ac analysis tnom=  25.000 temp=  27.000 ******
 ****** operating point status is all       simulation time is     0.     

   *** parameter wn =    8.000E-06 ***

    node    =voltage      node    =voltage      node    =voltage

 +0:vdd     =   1.8000  0:vin     = 900.0000m 0:vout    = 904.7484m
 +0:vss     =   0.     


 maximum nodal capacitance=   4.040E-14         on node     0:vss             

    nodal  capacitance table 

    node    =    cap      node    =    cap      node    =    cap

 +0:vdd     =   0.      0:vin     =  14.9205f 0:vout    =  10.3386f
 +0:vss     =  40.4037f

 

 **** voltage sources

 subckt                                   
 element  0:vdd      0:vin      0:vss     
  volts      1.8000   900.0000m    0.     
  current   -1.0290m    0.         1.0290m
  power      1.8522m    0.         0.     

     total voltage source power dissipation=    1.8522m       watts



 **** resistors

 subckt             
 element  0:rl      
  r value  870.0000 
  v drop   895.2516m
  current    1.0290m
  power    921.2360u



 **** mosfets


 subckt             
 element  0:m1      
 model    0:n_18.1  
 region     Saturati
  id         1.0290m
  ibs     -2.371e-19
  ibd     -801.3838a
  vgs      900.0000m
  vds      904.7484m
  vbs        0.     
  vth      490.6444m
  vdsat    277.7740m
  vod      409.3556m
  beta      15.5083m
  gam eff  507.4534m
  gm         3.5613m
  gds      195.5624u
  gmb      515.1684u
  cdtot     10.3386f
  cgtot     14.9205f
  cstot     21.3312f
  cbtot     19.0724f
  cgs       10.7975f
  cgd        2.8888f



 ******  
 hw2_1

 ****** noise analysis tnom=  25.000 temp=  27.000 ******
 
     frequency =   1.0000k       hz

 


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



 element     0:rl
       rs   10.5357a    
      1/f    0.         
    total   10.5357a    
       rx  743.6267     
 


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



 element     0:m1
       rd  9.093e-23    
       rs  4.339e-20    
       id   26.0446a    
       rx  742.7639     
       fn    0.         
    total   26.0881a    
 



 **** total output noise voltage         =  36.6238a       sq v/hz
                                         =   6.0518n       v/rt hz
      transfer function value:
        v(vout)/vin                      =   2.6452       
      equivalent input noise at vin                           
                                         =   2.2878n       /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   =    0.            volts         
 **** total equivalent input noise =    0.                          




          ***** job concluded
 **info** dc convergence successful at Newton-Raphson method 
 ******  
 hw2_1

 ****** ac analysis tnom=  25.000 temp=  27.000 ******
 ****** operating point status is all       simulation time is     0.     

   *** parameter wn =    1.000E-05 ***

    node    =voltage      node    =voltage      node    =voltage

 +0:vdd     =   1.8000  0:vin     = 900.0000m 0:vout    = 721.3936m
 +0:vss     =   0.     


 maximum nodal capacitance=   5.079E-14         on node     0:vss             

    nodal  capacitance table 

    node    =    cap      node    =    cap      node    =    cap

 +0:vdd     =   0.      0:vin     =  18.6560f 0:vout    =  13.2999f
 +0:vss     =  50.7938f

 

 **** voltage sources

 subckt                                   
 element  0:vdd      0:vin      0:vss     
  volts      1.8000   900.0000m    0.     
  current   -1.2398m    0.         1.2398m
  power      2.2316m    0.         0.     

     total voltage source power dissipation=    2.2316m       watts



 **** resistors

 subckt             
 element  0:rl      
  r value  870.0000 
  v drop     1.0786 
  current    1.2398m
  power      1.3372m



 **** mosfets


 subckt             
 element  0:m1      
 model    0:n_18.1  
 region     Saturati
  id         1.2398m
  ibs     -2.791e-19
  ibd     -780.4150a
  vgs      900.0000m
  vds      721.3936m
  vbs        0.     
  vth      496.5031m
  vdsat    276.0399m
  vod      403.4969m
  beta      19.3744m
  gam eff  507.4531m
  gm         4.3427m
  gds      293.1864u
  gmb      633.3740u
  cdtot     13.2999f
  cgtot     18.6560f
  cstot     26.6346f
  cbtot     24.1592f
  cgs       13.5069f
  cgd        3.6198f



 ******  
 hw2_1

 ****** noise analysis tnom=  25.000 temp=  27.000 ******
 
     frequency =   1.0000k       hz

 


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



 element     0:rl
       rs    9.1592a    
      1/f    0.         
    total    9.1592a    
       rx  693.3501     
 


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



 element     0:m1
       rd  1.421e-22    
       rs  4.591e-20    
       id   27.9275a    
       rx  692.5488     
       fn    0.         
    total   27.9735a    
 



 **** total output noise voltage         =  37.1328a       sq v/hz
                                         =   6.0937n       v/rt hz
      transfer function value:
        v(vout)/vin                      =   3.0075       
      equivalent input noise at vin                           
                                         =   2.0261n       /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   =    0.            volts         
 **** total equivalent input noise =    0.                          




          ***** job concluded
 **info** dc convergence successful at Newton-Raphson method 
 ******  
 hw2_1

 ****** ac analysis tnom=  25.000 temp=  27.000 ******
 ****** operating point status is all       simulation time is     0.     

   *** parameter wn =    1.200E-05 ***

    node    =voltage      node    =voltage      node    =voltage

 +0:vdd     =   1.8000  0:vin     = 900.0000m 0:vout    = 560.1774m
 +0:vss     =   0.     


 maximum nodal capacitance=   6.135E-14         on node     0:vss             

    nodal  capacitance table 

    node    =    cap      node    =    cap      node    =    cap

 +0:vdd     =   0.      0:vin     =  22.4158f 0:vout    =  16.4856f
 +0:vss     =  61.3480f

 

 **** voltage sources

 subckt                                   
 element  0:vdd      0:vin      0:vss     
  volts      1.8000   900.0000m    0.     
  current   -1.4251m    0.         1.4251m
  power      2.5652m    0.         0.     

     total voltage source power dissipation=    2.5652m       watts



 **** resistors

 subckt             
 element  0:rl      
  r value  870.0000 
  v drop     1.2398 
  current    1.4251m
  power      1.7669m



 **** mosfets


 subckt             
 element  0:m1      
 model    0:n_18.1  
 region     Saturati
  id         1.4251m
  ibs     -3.158e-19
  ibd     -715.8094a
  vgs      900.0000m
  vds      560.1774m
  vbs        0.     
  vth      501.7352m
  vdsat    274.5049m
  vod      398.2648m
  beta      23.2375m
  gam eff  507.4528m
  gm         5.0260m
  gds      467.6473u
  gmb      738.6774u
  cdtot     16.4856f
  cgtot     22.4158f
  cstot     31.9378f
  cbtot     29.4102f
  cgs       16.2205f
  cgd        4.3773f



 ******  
 hw2_1

 ****** noise analysis tnom=  25.000 temp=  27.000 ******
 
     frequency =   1.0000k       hz

 


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



 element     0:rl
       rs    7.2910a    
      1/f    0.         
    total    7.2910a    
       rx  618.6090     
 


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



 element     0:m1
       rd  2.399e-22    
       rs  4.261e-20    
       id   26.2941a    
       rx  617.8914     
       fn    0.         
    total   26.3370a    
 



 **** total output noise voltage         =  33.6280a       sq v/hz
                                         =   5.7990n       v/rt hz
      transfer function value:
        v(vout)/vin                      =   3.1055       
      equivalent input noise at vin                           
                                         =   1.8673n       /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   =    0.            volts         
 **** total equivalent input noise =    0.                          




          ***** job concluded
 **info** dc convergence successful at Newton-Raphson method 
 ******  
 hw2_1

 ****** ac analysis tnom=  25.000 temp=  27.000 ******
 ****** operating point status is all       simulation time is     0.     

   *** parameter wn =    1.400E-05 ***

    node    =voltage      node    =voltage      node    =voltage

 +0:vdd     =   1.8000  0:vin     = 900.0000m 0:vout    = 427.8940m
 +0:vss     =   0.     


 maximum nodal capacitance=   7.204E-14         on node     0:vss             

    nodal  capacitance table 

    node    =    cap      node    =    cap      node    =    cap

 +0:vdd     =   0.      0:vin     =  26.2713f 0:vout    =  20.0655f
 +0:vss     =  72.0415f

 

 **** voltage sources

 subckt                                   
 element  0:vdd      0:vin      0:vss     
  volts      1.8000   900.0000m    0.     
  current   -1.5771m    0.         1.5771m
  power      2.8388m    0.         0.     

     total voltage source power dissipation=    2.8388m       watts



 **** resistors

 subckt             
 element  0:rl      
  r value  870.0000 
  v drop     1.3721 
  current    1.5771m
  power      2.1640m



 **** mosfets


 subckt             
 element  0:m1      
 model    0:n_18.1  
 region     Saturati
  id         1.5771m
  ibs     -3.455e-19
  ibd     -630.6173a
  vgs      900.0000m
  vds      427.8940m
  vbs        0.     
  vth      506.0528m
  vdsat    273.2467m
  vod      393.9472m
  beta      27.0991m
  gam eff  507.4525m
  gm         5.5410m
  gds      817.5312u
  gmb      820.5010u
  cdtot     20.0655f
  cgtot     26.2713f
  cstot     37.2458f
  cbtot     34.7957f
  cgs       18.9294f
  cgd        5.2509f



 ******  
 hw2_1

 ****** noise analysis tnom=  25.000 temp=  27.000 ******
 
     frequency =   1.0000k       hz

 


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



 element     0:rl
       rs    4.9294a    
      1/f    0.         
    total    4.9294a    
       rx  508.6505     
 


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



 element     0:m1
       rd  4.248e-22    
       rs  3.276e-20    
       id   20.4764a    
       rx  508.0469     
       fn    0.         
    total   20.5096a    
 



 **** total output noise voltage         =  25.4390a       sq v/hz
                                         =   5.0437n       v/rt hz
      transfer function value:
        v(vout)/vin                      =   2.8151       
      equivalent input noise at vin                           
                                         =   1.7917n       /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   =    0.            volts         
 **** total equivalent input noise =    0.                          




          ***** job concluded
 **info** dc convergence successful at Newton-Raphson method 
 ******  
 hw2_1

 ****** ac analysis tnom=  25.000 temp=  27.000 ******
 ****** operating point status is all       simulation time is     0.     

   *** parameter wn =    1.600E-05 ***

    node    =voltage      node    =voltage      node    =voltage

 +0:vdd     =   1.8000  0:vin     = 900.0000m 0:vout    = 330.3334m
 +0:vss     =   0.     


 maximum nodal capacitance=   8.286E-14         on node     0:vss             

    nodal  capacitance table 

    node    =    cap      node    =    cap      node    =    cap

 +0:vdd     =   0.      0:vin     =  30.4309f 0:vout    =  24.6605f
 +0:vss     =  82.8632f

 

 **** voltage sources

 subckt                                   
 element  0:vdd      0:vin      0:vss     
  volts      1.8000   900.0000m    0.     
  current   -1.6893m    0.         1.6893m
  power      3.0407m    0.         0.     

     total voltage source power dissipation=    3.0407m       watts



 **** resistors

 subckt             
 element  0:rl      
  r value  870.0000 
  v drop     1.4697 
  current    1.6893m
  power      2.4827m



 **** mosfets


 subckt             
 element  0:m1      
 model    0:n_18.1  
 region       Linear
  id         1.6893m
  ibs     -3.669e-19
  ibd     -551.5427a
  vgs      900.0000m
  vds      330.3334m
  vbs        0.     
  vth      509.2300m
  vdsat    272.3389m
  vod      390.7700m
  beta      30.9609m
  gam eff  507.4521m
  gm         5.8071m
  gds        1.5043m
  gmb      866.9044u
  cdtot     24.6605f
  cgtot     30.4309f
  cstot     42.6074f
  cbtot     40.2558f
  cgs       21.5665f
  cgd        6.5445f



 ******  
 hw2_1

 ****** noise analysis tnom=  25.000 temp=  27.000 ******
 
     frequency =   1.0000k       hz

 


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



 element     0:rl
       rs    2.7093a    
      1/f    0.         
    total    2.7093a    
       rx  377.0985     
 


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



 element     0:m1
       rd  6.917e-22    
       rs  2.044e-20    
       id   12.8192a    
       rx  376.6245     
       fn    0.         
    total   12.8404a    
 



 **** total output noise voltage         =  15.5497a       sq v/hz
                                         =   3.9433n       v/rt hz
      transfer function value:
        v(vout)/vin                      =   2.1871       
      equivalent input noise at vin                           
                                         =   1.8030n       /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   =    0.            volts         
 **** total equivalent input noise =    0.                          




          ***** job concluded
 **info** dc convergence successful at Newton-Raphson method 
 ******  
 hw2_1

 ****** ac analysis tnom=  25.000 temp=  27.000 ******
 ****** operating point status is all       simulation time is     0.     

   *** parameter wn =    1.800E-05 ***

    node    =voltage      node    =voltage      node    =voltage

 +0:vdd     =   1.8000  0:vin     = 900.0000m 0:vout    = 264.9025m
 +0:vss     =   0.     


 maximum nodal capacitance=   9.387E-14         on node     0:vss             

    nodal  capacitance table 

    node    =    cap      node    =    cap      node    =    cap

 +0:vdd     =   0.      0:vin     =  35.0747f 0:vout    =  31.0263f
 +0:vss     =  93.8728f

 

 **** voltage sources

 subckt                                   
 element  0:vdd      0:vin      0:vss     
  volts      1.8000   900.0000m    0.     
  current   -1.7645m    0.         1.7645m
  power      3.1761m    0.         0.     

     total voltage source power dissipation=    3.1761m       watts



 **** resistors

 subckt             
 element  0:rl      
  r value  870.0000 
  v drop     1.5351 
  current    1.7645m
  power      2.7086m



 **** mosfets


 subckt             
 element  0:m1      
 model    0:n_18.1  
 region       Linear
  id         1.7645m
  ibs     -3.807e-19
  ibd     -494.1797a
  vgs      900.0000m
  vds      264.9025m
  vbs        0.     
  vth      511.3405m
  vdsat    271.7626m
  vod      388.6595m
  beta      34.8239m
  gam eff  507.4516m
  gm         5.8413m
  gds        2.5991m
  gmb      879.6506u
  cdtot     31.0263f
  cgtot     35.0747f
  cstot     48.1399f
  cbtot     45.7329f
  cgs       23.9766f
  cgd        8.6194f



 ******  
 hw2_1

 ****** noise analysis tnom=  25.000 temp=  27.000 ******
 
     frequency =   1.0000k       hz

 


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



 element     0:rl
       rs    1.3585a    
      1/f    0.         
    total    1.3585a    
       rx  267.0231     
 


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



 element     0:m1
       rd  9.201e-22    
       rs  1.183e-20    
       id    7.3233a    
       rx  266.6559     
       fn    0.         
    total    7.3360a    
 



 **** total output noise voltage         =   8.6945a       sq v/hz
                                         =   2.9486n       v/rt hz
      transfer function value:
        v(vout)/vin                      =   1.5576       
      equivalent input noise at vin                           
                                         =   1.8930n       /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   =    0.            volts         
 **** total equivalent input noise =    0.                          




          ***** job concluded
 **info** dc convergence successful at Newton-Raphson method 
 ******  
 hw2_1

 ****** ac analysis tnom=  25.000 temp=  27.000 ******
 ****** operating point status is all       simulation time is     0.     

   *** parameter wn =    2.000E-05 ***

    node    =voltage      node    =voltage      node    =voltage

 +0:vdd     =   1.8000  0:vin     = 900.0000m 0:vout    = 221.3435m
 +0:vss     =   0.     


 maximum nodal capacitance=   1.051E-13         on node     0:vss             

    nodal  capacitance table 

    node    =    cap      node    =    cap      node    =    cap

 +0:vdd     =   0.      0:vin     =  39.9676f 0:vout    =  38.5879f
 +0:vss     = 105.0557f

 

 **** voltage sources

 subckt                                   
 element  0:vdd      0:vin      0:vss     
  volts      1.8000   900.0000m    0.     
  current   -1.8145m    0.         1.8145m
  power      3.2662m    0.         0.     

     total voltage source power dissipation=    3.2662m       watts



 **** resistors

 subckt             
 element  0:rl      
  r value  870.0000 
  v drop     1.5787 
  current    1.8145m
  power      2.8645m



 **** mosfets


 subckt             
 element  0:m1      
 model    0:n_18.1  
 region       Linear
  id         1.8145m
  ibs     -3.893e-19
  ibd     -456.2734a
  vgs      900.0000m
  vds      221.3435m
  vbs        0.     
  vth      512.7265m
  vdsat    271.4102m
  vod      387.2735m
  beta      38.6880m
  gam eff  507.4512m
  gm         5.7840m
  gds        3.9222m
  gmb      877.8390u
  cdtot     38.5879f
  cgtot     39.9676f
  cstot     53.8648f
  cbtot     51.1909f
  cgs       26.1314f
  cgd       11.2347f



 ******  
 hw2_1

 ****** noise analysis tnom=  25.000 temp=  27.000 ******
 
     frequency =   1.0000k       hz

 


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



 element     0:rl
       rs  7.424e-19    
      1/f    0.         
    total  7.424e-19    
       rx  197.4036     
 


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



 element     0:m1
       rd  1.030e-21    
       rs  7.503e-21    
       id    4.5440a    
       rx  197.1062     
       fn    0.         
    total    4.5525a    
 



 **** total output noise voltage         =   5.2950a       sq v/hz
                                         =   2.3011n       v/rt hz
      transfer function value:
        v(vout)/vin                      =   1.1401       
      equivalent input noise at vin                           
                                         =   2.0184n       /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   =    0.            volts         
 **** total equivalent input noise =    0.                          




          ***** job concluded
 **info** dc convergence successful at Newton-Raphson method 
 ******  
 hw2_1

 ****** ac analysis tnom=  25.000 temp=  27.000 ******
 ****** operating point status is all       simulation time is     0.     

   *** parameter wn =    2.200E-05 ***

    node    =voltage      node    =voltage      node    =voltage

 +0:vdd     =   1.8000  0:vin     = 900.0000m 0:vout    = 190.6575m
 +0:vss     =   0.     


 maximum nodal capacitance=   1.163E-13         on node     0:vss             

    nodal  capacitance table 

    node    =    cap      node    =    cap      node    =    cap

 +0:vdd     =   0.      0:vin     =  44.8242f 0:vout    =  46.3162f
 +0:vss     = 116.3052f

 

 **** voltage sources

 subckt                                   
 element  0:vdd      0:vin      0:vss     
  volts      1.8000   900.0000m    0.     
  current   -1.8498m    0.         1.8498m
  power      3.3297m    0.         0.     

     total voltage source power dissipation=    3.3297m       watts



 **** resistors

 subckt             
 element  0:rl      
  r value  870.0000 
  v drop     1.6093 
  current    1.8498m
  power      2.9770m



 **** mosfets


 subckt             
 element  0:m1      
 model    0:n_18.1  
 region       Linear
  id         1.8498m
  ibs     -3.951e-19
  ibd     -430.3625a
  vgs      900.0000m
  vds      190.6575m
  vbs        0.     
  vth      513.6900m
  vdsat    271.1854m
  vod      386.3100m
  beta      42.5529m
  gam eff  507.4508m
  gm         5.7213m
  gds        5.3074m
  gmb      873.6859u
  cdtot     46.3162f
  cgtot     44.8242f
  cstot     59.6866f
  cbtot     56.6186f
  cgs       28.1565f
  cgd       13.9377f



 ******  
 hw2_1

 ****** noise analysis tnom=  25.000 temp=  27.000 ******
 
     frequency =   1.0000k       hz

 


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



 element     0:rl
       rs  4.582e-19    
      1/f    0.         
    total  4.582e-19    
       rx  155.0827     
 


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



 element     0:m1
       rd  1.058e-21    
       rs  5.322e-21    
       id    3.1530a    
       rx  154.8308     
       fn    0.         
    total    3.1594a    
 



 **** total output noise voltage         =   3.6177a       sq v/hz
                                         =   1.9020n       v/rt hz
      transfer function value:
        v(vout)/vin                      = 885.8370m      
      equivalent input noise at vin                           
                                         =   2.1471n       /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   =    0.            volts         
 **** total equivalent input noise =    0.                          




          ***** job concluded
 **info** dc convergence successful at Newton-Raphson method 
 ******  
 hw2_1

 ****** ac analysis tnom=  25.000 temp=  27.000 ******
 ****** operating point status is all       simulation time is     0.     

   *** parameter wn =    2.400E-05 ***

    node    =voltage      node    =voltage      node    =voltage

 +0:vdd     =   1.8000  0:vin     = 900.0000m 0:vout    = 167.7767m
 +0:vss     =   0.     


 maximum nodal capacitance=   1.276E-13         on node     0:vss             

    nodal  capacitance table 

    node    =    cap      node    =    cap      node    =    cap

 +0:vdd     =   0.      0:vin     =  49.5658f 0:vout    =  53.7985f
 +0:vss     = 127.5534f

 

 **** voltage sources

 subckt                                   
 element  0:vdd      0:vin      0:vss     
  volts      1.8000   900.0000m    0.     
  current   -1.8761m    0.         1.8761m
  power      3.3770m    0.         0.     

     total voltage source power dissipation=    3.3770m       watts



 **** resistors

 subckt             
 element  0:rl      
  r value  870.0000 
  v drop     1.6322 
  current    1.8761m
  power      3.0622m



 **** mosfets


 subckt             
 element  0:m1      
 model    0:n_18.1  
 region       Linear
  id         1.8761m
  ibs     -3.993e-19
  ibd     -411.5788a
  vgs      900.0000m
  vds      167.7767m
  vbs        0.     
  vth      514.4002m
  vdsat    271.0343m
  vod      385.5998m
  beta      46.4181m
  gam eff  507.4505m
  gm         5.6697m
  gds        6.7053m
  gmb      869.9653u
  cdtot     53.7985f
  cgtot     49.5658f
  cstot     65.5332f
  cbtot     62.0202f
  cgs       30.1469f
  cgd       16.5435f



 ******  
 hw2_1

 ****** noise analysis tnom=  25.000 temp=  27.000 ******
 
     frequency =   1.0000k       hz

 


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



 element     0:rl
       rs  3.097e-19    
      1/f    0.         
    total  3.097e-19    
       rx  127.5004     
 


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



 element     0:m1
       rd  1.046e-21    
       rs  4.083e-21    
       id    2.3711a    
       rx  127.2803     
       fn    0.         
    total    2.3763a    
 



 **** total output noise voltage         =   2.6860a       sq v/hz
                                         =   1.6389n       v/rt hz
      transfer function value:
        v(vout)/vin                      = 721.6441m      
      equivalent input noise at vin                           
                                         =   2.2711n       /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   =    0.            volts         
 **** total equivalent input noise =    0.                          




          ***** job concluded
 **info** dc convergence successful at Newton-Raphson method 
 ******  
 hw2_1

 ****** ac analysis tnom=  25.000 temp=  27.000 ******
 ****** operating point status is all       simulation time is     0.     

   *** parameter wn =    2.600E-05 ***

    node    =voltage      node    =voltage      node    =voltage

 +0:vdd     =   1.8000  0:vin     = 900.0000m 0:vout    = 149.9789m
 +0:vss     =   0.     


 maximum nodal capacitance=   1.388E-13         on node     0:vss             

    nodal  capacitance table 

    node    =    cap      node    =    cap      node    =    cap

 +0:vdd     =   0.      0:vin     =  54.2049f 0:vout    =  60.9874f
 +0:vss     = 138.7786f

 

 **** voltage sources

 subckt                                   
 element  0:vdd      0:vin      0:vss     
  volts      1.8000   900.0000m    0.     
  current   -1.8966m    0.         1.8966m
  power      3.4138m    0.         0.     

     total voltage source power dissipation=    3.4138m       watts



 **** resistors

 subckt             
 element  0:rl      
  r value  870.0000 
  v drop     1.6500 
  current    1.8966m
  power      3.1294m



 **** mosfets


 subckt             
 element  0:m1      
 model    0:n_18.1  
 region       Linear
  id         1.8966m
  ibs     -4.023e-19
  ibd     -397.2972a
  vgs      900.0000m
  vds      149.9789m
  vbs        0.     
  vth      514.9474m
  vdsat    270.9288m
  vod      385.0526m
  beta      50.2836m
  gam eff  507.4502m
  gm         5.6287m
  gds        8.1058m
  gmb      866.9554u
  cdtot     60.9874f
  cgtot     54.2049f
  cstot     71.3760f
  cbtot     67.4026f
  cgs       32.1408f
  cgd       19.0279f



 ******  
 hw2_1

 ****** noise analysis tnom=  25.000 temp=  27.000 ******
 
     frequency =   1.0000k       hz

 


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



 element     0:rl
       rs  2.231e-19    
      1/f    0.         
    total  2.231e-19    
       rx  108.2190     
 


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



 element     0:m1
       rd  1.017e-21    
       rs  3.299e-21    
       id    1.8828a    
       rx  108.0227     
       fn    0.         
    total    1.8871a    
 



 **** total output noise voltage         =   2.1103a       sq v/hz
                                         =   1.4527n       v/rt hz
      transfer function value:
        v(vout)/vin                      = 608.0251m      
      equivalent input noise at vin                           
                                         =   2.3892n       /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   =    0.            volts         
 **** total equivalent input noise =    0.                          




          ***** job concluded
 **info** dc convergence successful at Newton-Raphson method 
 ******  
 hw2_1

 ****** ac analysis tnom=  25.000 temp=  27.000 ******
 ****** operating point status is all       simulation time is     0.     

   *** parameter wn =    2.800E-05 ***

    node    =voltage      node    =voltage      node    =voltage

 +0:vdd     =   1.8000  0:vin     = 900.0000m 0:vout    = 135.6961m
 +0:vss     =   0.     


 maximum nodal capacitance=   1.500E-13         on node     0:vss             

    nodal  capacitance table 

    node    =    cap      node    =    cap      node    =    cap

 +0:vdd     =   0.      0:vin     =  58.7679f 0:vout    =  67.9312f
 +0:vss     = 149.9780f

 

 **** voltage sources

 subckt                                   
 element  0:vdd      0:vin      0:vss     
  volts      1.8000   900.0000m    0.     
  current   -1.9130m    0.         1.9130m
  power      3.4434m    0.         0.     

     total voltage source power dissipation=    3.4434m       watts



 **** resistors

 subckt             
 element  0:rl      
  r value  870.0000 
  v drop     1.6643 
  current    1.9130m
  power      3.1838m



 **** mosfets


 subckt             
 element  0:m1      
 model    0:n_18.1  
 region       Linear
  id         1.9130m
  ibs     -4.047e-19
  ibd     -386.0430a
  vgs      900.0000m
  vds      135.6961m
  vbs        0.     
  vth      515.3829m
  vdsat    270.8530m
  vod      384.6171m
  beta      54.1493m
  gam eff  507.4499m
  gm         5.5957m
  gds        9.5071m
  gmb      864.5401u
  cdtot     67.9312f
  cgtot     58.7679f
  cstot     77.2066f
  cbtot     72.7715f
  cgs       34.1496f
  cgd       21.4102f



 ******  
 hw2_1

 ****** noise analysis tnom=  25.000 temp=  27.000 ******
 
     frequency =   1.0000k       hz

 


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



 element     0:rl
       rs  1.683e-19    
      1/f    0.         
    total  1.683e-19    
       rx   93.9979     
 


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



 element     0:m1
       rd  9.796e-22    
       rs  2.763e-21    
       id    1.5531a    
       rx   93.8204     
       fn    0.         
    total    1.5569a    
 



 **** total output noise voltage         =   1.7252a       sq v/hz
                                         =   1.3135n       v/rt hz
      transfer function value:
        v(vout)/vin                      = 524.9939m      
      equivalent input noise at vin                           
                                         =   2.5019n       /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   =    0.            volts         
 **** total equivalent input noise =    0.                          




          ***** job concluded
 **info** dc convergence successful at Newton-Raphson method 
 ******  
 hw2_1

 ****** ac analysis tnom=  25.000 temp=  27.000 ******
 ****** operating point status is all       simulation time is     0.     

   *** parameter wn =    3.000E-05 ***

    node    =voltage      node    =voltage      node    =voltage

 +0:vdd     =   1.8000  0:vin     = 900.0000m 0:vout    = 123.9571m
 +0:vss     =   0.     


 maximum nodal capacitance=   1.612E-13         on node     0:vss             

    nodal  capacitance table 

    node    =    cap      node    =    cap      node    =    cap

 +0:vdd     =   0.      0:vin     =  63.2765f 0:vout    =  74.6861f
 +0:vss     = 161.1544f

 

 **** voltage sources

 subckt                                   
 element  0:vdd      0:vin      0:vss     
  volts      1.8000   900.0000m    0.     
  current   -1.9265m    0.         1.9265m
  power      3.4677m    0.         0.     

     total voltage source power dissipation=    3.4677m       watts



 **** resistors

 subckt             
 element  0:rl      
  r value  870.0000 
  v drop     1.6760 
  current    1.9265m
  power      3.2289m



 **** mosfets


 subckt             
 element  0:m1      
 model    0:n_18.1  
 region       Linear
  id         1.9265m
  ibs     -4.066e-19
  ibd     -376.9286a
  vgs      900.0000m
  vds      123.9571m
  vbs        0.     
  vth      515.7382m
  vdsat    270.7974m
  vod      384.2618m
  beta      58.0152m
  gam eff  507.4497m
  gm         5.5689m
  gds       10.9088m
  gmb      862.5796u
  cdtot     74.6861f
  cgtot     63.2765f
  cstot     83.0238f
  cbtot     78.1306f
  cgs       36.1748f
  cgd       23.7135f



 ******  
 hw2_1

 ****** noise analysis tnom=  25.000 temp=  27.000 ******
 
     frequency =   1.0000k       hz

 


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



 element     0:rl
       rs  1.315e-19    
      1/f    0.         
    total  1.315e-19    
       rx   83.0777     
 


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



 element     0:m1
       rd  9.402e-22    
       rs  2.376e-21    
       id    1.3174a    
       rx   82.9153     
       fn    0.         
    total    1.3207a    
 



 **** total output noise voltage         =   1.4522a       sq v/hz
                                         =   1.2051n       v/rt hz
      transfer function value:
        v(vout)/vin                      = 461.7430m      
      equivalent input noise at vin                           
                                         =   2.6098n       /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   =    0.            volts         
 **** total equivalent input noise =    0.                          




          ***** job concluded
 ******  
 hw2_1

 ****** job statistics summary tnom=  25.000 temp=  27.000 ******
  
  
 ******  Machine Information  ******
 CPU:
 model name	: Intel(R) Xeon(R) CPU           E5530  @ 2.40GHz
 cpu MHz	: 2394.000
  
 OS:
 Linux version 2.6.18-92.el5 (mockbuild@builder10.centos.org) (gcc version 4.1.2 20071124 (Red Hat 4.1.2-42)) #1 SMP Tue Jun 10 18:51:06 EDT 2008


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

  Command Line Threads Count :     1
  Available CPU Count        :     8
  Actual Threads Count       :     1


  ******  Circuit Statistics  ******
  # nodes       =       7 # elements   =       5
  # resistors   =       1 # 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    =       1 # 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           0.01           1          68
  ac analysis        0.01          12          12
  readin             0.02
  errchk             0.00
  setup              0.00
  output             0.00


           peak memory used        200.33 megabytes
           total cpu time            0.04 seconds
           total elapsed time        0.46 seconds
           job started at     01:05:38 04/11/2020
           job ended   at     01:05:39 04/11/2020


 lic: Release hspice token(s) 
 lic: total license checkout elapse time:        0.43(s)
