 ****** 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: HW3_3_stage.sp                                                    
  Command line options: /usr/cad/synopsys/hspice/2016.06-sp2/hspice/linux64/hspice -i HW3_3_stage.sp -o HW3_3_stage.lis
 lic:  
 lic: FLEXlm: v11.2.1 
 lic: USER:   u105060012           HOSTNAME: ws38 
 lic: HOSTID: "e61f1358e29b"       PID:      6095 
 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: 120(in_use)/190(total) FLOATING license(s) on SERVER 26585@lsnctu 
 lic:   
  **warning** (HW3_3_stage.sp:6) runlvl smaller than 5, reset to 5 when accurate turned on

 **warning**  runlvl smaller than 5, reset to 5 when accurate turned on
 

  
      
 **info** set option symb=1 internally to help for convergence.
 *****************************************************************
 ******  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) ******                    
 ******  
 hw3_3

 ****** 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:n1      = 889.9172m 0:vdd     =   1.8000  0:vout1   =   1.5229 
 +0:vout2   =   1.5229  0:vout7   =   1.4000  0:vout8   =   1.4000 
 +0:vpp     = 390.0000m 0:vss     =   0.     


 maximum nodal capacitance=   8.000E-13         on node     0:vss             

    nodal  capacitance table 

    node    =    cap      node    =    cap      node    =    cap

 +0:n1      = 462.5462f 0:vdd     =  35.7786f 0:vout1   = 275.3310f
 +0:vout2   = 275.3310f 0:vout7   = 276.8724f 0:vout8   = 276.8724f
 +0:vpp     =  14.9453f 0:vss     = 800.0000f

 

 **** voltage sources

 subckt                                                         
 element  0:vin1     0:vctrl    0:vdd      0:vin2     0:vss     
  volts      1.4000   390.0000m    1.8000     1.4000     0.     
  current    0.         0.      -500.0000u    0.       500.0000u
  power      0.         0.       900.0000u    0.         0.     

     total voltage source power dissipation=  900.0000u       watts



 **** current sources

 subckt             
 element  0:i1      
  volts    889.9172m
  current  500.0000u
  power   -444.9586u


     total current source power dissipation=-444.9586u       watts


 **** mosfets


 subckt                                              
 element  0:m11n     0:m12n     0:m11p     0:m12p    
 model    0:n_18.1   0:n_18.1   0:p_18.1   0:p_18.1  
 region     Saturati   Saturati     Linear     Linear
  id       250.0000u  250.0000u -250.0000u -250.0000u
  ibs     -5.206e-20 -5.206e-20  4.099e-20  4.099e-20
  ibd       -3.1685f   -3.1685f   74.2314a   74.2314a
  vgs      510.0828m  510.0828m   -1.4100    -1.4100 
  vds      632.9551m  632.9551m -277.1277m -277.1277m
  vbs        0.         0.         0.         0.     
  vth      498.0552m  498.0552m -533.6689m -533.6689m
  vdsat     92.8056m   92.8056m -713.2763m -713.2763m
  vod       12.0276m   12.0276m -876.3311m -876.3311m
  beta      98.6461m   98.6461m    1.7300m    1.7300m
  gam eff  507.4462m  507.4462m  557.0835m  557.0835m
  gm         4.3248m    4.3248m  233.9542u  233.9542u
  gds      169.3449u  169.3449u  698.3104u  698.3104u
  gmb      644.7491u  644.7491u   95.1712u   95.1712u
  cdtot     66.9097f   66.9097f    8.4213f    8.4213f
  cgtot     76.8724f   76.8724f    7.4727f    7.4727f
  cstot    110.4288f  110.4288f    9.6261f    9.6261f
  cbtot    120.8443f  120.8443f    8.2632f    8.2632f
  cgs       47.7083f   47.7083f    4.3504f    4.3504f
  cgd       18.6301f   18.6301f    3.0331f    3.0331f







 ****     small-signal transfer characteristics

      v(vout1)/vin1                            =   -2.4939 
      input resistance at             vin1     =  1.000e+20
      output resistance at v(vout1)            =    1.2935k



 ***************************************************
   ******   pole/zero analysis  
  
  
    input =  0:vin1          output = v(vout1,vout2)
  
       poles (rad/sec)                 poles ( hertz)
 real            imag            real            imag            
 -3.06843g       0.              -488.356x       0.              
 -3.14861g       0.              -501.117x       0.              
 -38.1083g       0.              -6.06513g       0.              
  
       zeros (rad/sec)                 zeros ( hertz)
 real            imag            real            imag            
 -3.06971g       0.              -488.559x       0.              
 -33.5118g       0.              -5.33356g       0.              
 71.6794g        0.              11.4081g        0.              
  
  ***** constant factor = 124.523m
 **info** dc convergence successful at Newton-Raphson method 
 ******  
 hw3_3

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

   *** parameter vctrl_val =    0.000E+00 ***

    node    =voltage      node    =voltage      node    =voltage

 +0:n1      = 892.7552m 0:vdd     =   1.8000  0:vout1   =   1.5992 
 +0:vout2   =   1.5992  0:vout7   =   1.4000  0:vout8   =   1.4000 
 +0:vpp     =   0.      0:vss     =   0.     


 maximum nodal capacitance=   8.000E-13         on node     0:vss             

    nodal  capacitance table 

    node    =    cap      node    =    cap      node    =    cap

 +0:n1      = 460.5942f 0:vdd     =  36.3920f 0:vout1   = 275.4941f
 +0:vout2   = 275.4941f 0:vout7   = 276.7859f 0:vout8   = 276.7859f
 +0:vpp     =  15.1743f 0:vss     = 800.0000f

 

 **** voltage sources

 subckt                                                         
 element  0:vin1     0:vctrl    0:vdd      0:vin2     0:vss     
  volts      1.4000     0.         1.8000     1.4000     0.     
  current    0.         0.      -500.0000u    0.       500.0000u
  power      0.         0.       900.0000u    0.         0.     

     total voltage source power dissipation=  900.0000u       watts



 **** current sources

 subckt             
 element  0:i1      
  volts    892.7552m
  current  500.0000u
  power   -446.3776u


     total current source power dissipation=-446.3776u       watts


 **** mosfets


 subckt                                              
 element  0:m11n     0:m12n     0:m11p     0:m12p    
 model    0:n_18.1   0:n_18.1   0:p_18.1   0:p_18.1  
 region     Saturati   Saturati     Linear     Linear
  id       250.0000u  250.0000u -250.0000u -250.0000u
  ibs     -5.206e-20 -5.206e-20  4.099e-20  4.099e-20
  ibd       -3.5365f   -3.5365f   53.7683a   53.7683a
  vgs      507.2448m  507.2448m   -1.8000    -1.8000 
  vds      706.4699m  706.4699m -200.7749m -200.7749m
  vbs        0.         0.         0.         0.     
  vth      495.5412m  495.5412m -534.1733m -534.1733m
  vdsat     92.6297m   92.6297m -944.4568m -944.4568m
  vod       11.7036m   11.7036m   -1.2658    -1.2658 
  beta      98.6504m   98.6504m    1.6135m    1.6135m
  gam eff  507.4462m  507.4462m  557.0835m  557.0835m
  gm         4.3345m    4.3345m  128.2777u  128.2777u
  gds      165.1532u  165.1532u    1.0989m    1.0989m
  gmb      645.0417u  645.0417u   62.6355u   62.6355u
  cdtot     66.0431f   66.0431f    9.4509f    9.4509f
  cgtot     76.7859f   76.7859f    7.5872f    7.5872f
  cstot    110.3047f  110.3047f    9.8277f    9.8277f
  cbtot    119.9924f  119.9924f    8.3683f    8.3683f
  cgs       47.5844f   47.5844f    4.0807f    4.0807f
  cgd       18.6328f   18.6328f    3.4578f    3.4578f



 ******
 hw3_3

 ****** ac analysis tnom=  25.000 temp=  27.000 ******
  *** parameter vctrl_val =     0.            ***
  
 gain=   3.4328     at=   5.6234 
             from=   1.0000     to=   2.2387g
 gaindb=  10.7131     at=  12.5893 
             from=   1.0000     to=   2.2387g
 band= 727.9143x

          ***** job concluded
 **info** dc convergence successful at Newton-Raphson method 
 ******  
 hw3_3

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

   *** parameter vctrl_val =    1.000E-01 ***

    node    =voltage      node    =voltage      node    =voltage

 +0:n1      = 892.2776m 0:vdd     =   1.8000  0:vout1   =   1.5862 
 +0:vout2   =   1.5862  0:vout7   =   1.4000  0:vout8   =   1.4000 
 +0:vpp     = 100.0000m 0:vss     =   0.     


 maximum nodal capacitance=   8.000E-13         on node     0:vss             

    nodal  capacitance table 

    node    =    cap      node    =    cap      node    =    cap

 +0:n1      = 460.9139f 0:vdd     =  36.2947f 0:vout1   = 275.4943f
 +0:vout2   = 275.4943f 0:vout7   = 276.7989f 0:vout8   = 276.7989f
 +0:vpp     =  15.1524f 0:vss     = 800.0000f

 

 **** voltage sources

 subckt                                                         
 element  0:vin1     0:vctrl    0:vdd      0:vin2     0:vss     
  volts      1.4000   100.0000m    1.8000     1.4000     0.     
  current    0.         0.      -500.0000u    0.       500.0000u
  power      0.         0.       900.0000u    0.         0.     

     total voltage source power dissipation=  900.0000u       watts



 **** current sources

 subckt             
 element  0:i1      
  volts    892.2776m
  current  500.0000u
  power   -446.1388u


     total current source power dissipation=-446.1388u       watts


 **** mosfets


 subckt                                              
 element  0:m11n     0:m12n     0:m11p     0:m12p    
 model    0:n_18.1   0:n_18.1   0:p_18.1   0:p_18.1  
 region     Saturati   Saturati     Linear     Linear
  id       250.0000u  250.0000u -250.0000u -250.0000u
  ibs     -5.206e-20 -5.206e-20  4.099e-20  4.099e-20
  ibd       -3.4739f   -3.4739f   57.2484a   57.2484a
  vgs      507.7224m  507.7224m   -1.7000    -1.7000 
  vds      693.9623m  693.9623m -213.7600m -213.7600m
  vbs        0.         0.         0.         0.     
  vth      495.9689m  495.9689m -534.0875m -534.0875m
  vdsat     92.6573m   92.6573m -886.3281m -886.3281m
  vod       11.7535m   11.7535m   -1.1659    -1.1659 
  beta      98.6497m   98.6497m    1.6416m    1.6416m
  gam eff  507.4462m  507.4462m  557.0835m  557.0835m
  gm         4.3329m    4.3329m  146.2866u  146.2866u
  gds      165.7824u  165.7824u    1.0122m    1.0122m
  gmb      645.0070u  645.0070u   68.3671u   68.3671u
  cdtot     66.1865f   66.1865f    9.3078f    9.3078f
  cgtot     76.7989f   76.7989f    7.5762f    7.5762f
  cstot    110.3237f  110.3237f    9.7963f    9.7963f
  cbtot    120.1333f  120.1333f    8.3511f    8.3511f
  cgs       47.6035f   47.6035f    4.1226f    4.1226f
  cgd       18.6324f   18.6324f    3.4004f    3.4004f



 ******
 hw3_3

 ****** ac analysis tnom=  25.000 temp=  27.000 ******
  *** parameter vctrl_val =   100.0000m       ***
  
 gain=   3.6819     at=  11.2202 
             from=   1.0000     to=   2.2387g
 gaindb=  11.3214     at=  11.2202 
             from=   1.0000     to=   2.2387g
 band= 678.3734x

          ***** job concluded
 **info** dc convergence successful at Newton-Raphson method 
 ******  
 hw3_3

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

   *** parameter vctrl_val =    2.000E-01 ***

    node    =voltage      node    =voltage      node    =voltage

 +0:n1      = 891.6746m 0:vdd     =   1.8000  0:vout1   =   1.5699 
 +0:vout2   =   1.5699  0:vout7   =   1.4000  0:vout8   =   1.4000 
 +0:vpp     = 200.0000m 0:vss     =   0.     


 maximum nodal capacitance=   8.000E-13         on node     0:vss             

    nodal  capacitance table 

    node    =    cap      node    =    cap      node    =    cap

 +0:n1      = 461.3226f 0:vdd     =  36.1681f 0:vout1   = 275.4797f
 +0:vout2   = 275.4797f 0:vout7   = 276.8162f 0:vout8   = 276.8162f
 +0:vpp     =  15.1165f 0:vss     = 800.0000f

 

 **** voltage sources

 subckt                                                         
 element  0:vin1     0:vctrl    0:vdd      0:vin2     0:vss     
  volts      1.4000   200.0000m    1.8000     1.4000     0.     
  current    0.         0.      -500.0000u    0.       500.0000u
  power      0.         0.       900.0000u    0.         0.     

     total voltage source power dissipation=  900.0000u       watts



 **** current sources

 subckt             
 element  0:i1      
  volts    891.6746m
  current  500.0000u
  power   -445.8373u


     total current source power dissipation=-445.8373u       watts


 **** mosfets


 subckt                                              
 element  0:m11n     0:m12n     0:m11p     0:m12p    
 model    0:n_18.1   0:n_18.1   0:p_18.1   0:p_18.1  
 region     Saturati   Saturati     Linear     Linear
  id       250.0000u  250.0000u -250.0000u -250.0000u
  ibs     -5.206e-20 -5.206e-20  4.099e-20  4.099e-20
  ibd       -3.3952f   -3.3952f   61.6222a   61.6222a
  vgs      508.3254m  508.3254m   -1.6000    -1.6000 
  vds      678.2457m  678.2457m -230.0796m -230.0796m
  vbs        0.         0.         0.         0.     
  vth      496.5064m  496.5064m -533.9797m -533.9797m
  vdsat     92.6932m   92.6932m -827.5073m -827.5073m
  vod       11.8190m   11.8190m   -1.0660    -1.0660 
  beta      98.6488m   98.6488m    1.6709m    1.6709m
  gam eff  507.4462m  507.4462m  557.0835m  557.0835m
  gm         4.3310m    4.3310m  169.0020u  169.0020u
  gds      166.6179u  166.6179u  916.2474u  916.2474u
  gmb      644.9553u  644.9553u   75.4623u   75.4623u
  cdtot     66.3689f   66.3689f    9.1108f    9.1108f
  cgtot     76.8162f   76.8162f    7.5583f    7.5583f
  cstot    110.3487f  110.3487f    9.7549f    9.7549f
  cbtot    120.3126f  120.3126f    8.3291f    8.3291f
  cgs       47.6286f   47.6286f    4.1779f    4.1779f
  cgd       18.6318f   18.6318f    3.3203f    3.3203f



 ******
 hw3_3

 ****** ac analysis tnom=  25.000 temp=  27.000 ******
  *** parameter vctrl_val =   200.0000m       ***
  
 gain=   4.0031     at=  11.2202 
             from=   1.0000     to=   2.2387g
 gaindb=  12.0479     at=  11.2202 
             from=   1.0000     to=   2.2387g
 band= 623.6468x

          ***** job concluded
 **info** dc convergence successful at Newton-Raphson method 
 ******  
 hw3_3

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

   *** parameter vctrl_val =    3.000E-01 ***

    node    =voltage      node    =voltage      node    =voltage

 +0:n1      = 890.8840m 0:vdd     =   1.8000  0:vout1   =   1.5487 
 +0:vout2   =   1.5487  0:vout7   =   1.4000  0:vout8   =   1.4000 
 +0:vpp     = 300.0000m 0:vss     =   0.     


 maximum nodal capacitance=   8.000E-13         on node     0:vss             

    nodal  capacitance table 

    node    =    cap      node    =    cap      node    =    cap

 +0:n1      = 461.8671f 0:vdd     =  35.9962f 0:vout1   = 275.4333f
 +0:vout2   = 275.4333f 0:vout7   = 276.8404f 0:vout8   = 276.8404f
 +0:vpp     =  15.0530f 0:vss     = 800.0000f

 

 **** voltage sources

 subckt                                                         
 element  0:vin1     0:vctrl    0:vdd      0:vin2     0:vss     
  volts      1.4000   300.0000m    1.8000     1.4000     0.     
  current    0.         0.      -500.0000u    0.       500.0000u
  power      0.         0.       900.0000u    0.         0.     

     total voltage source power dissipation=  900.0000u       watts



 **** current sources

 subckt             
 element  0:i1      
  volts    890.8840m
  current  500.0000u
  power   -445.4420u


     total current source power dissipation=-445.4420u       watts


 **** mosfets


 subckt                                              
 element  0:m11n     0:m12n     0:m11p     0:m12p    
 model    0:n_18.1   0:n_18.1   0:p_18.1   0:p_18.1  
 region     Saturati   Saturati     Linear     Linear
  id       250.0000u  250.0000u -250.0000u -250.0000u
  ibs     -5.206e-20 -5.206e-20  4.099e-20  4.099e-20
  ibd       -3.2927f   -3.2927f   67.3214a   67.3214a
  vgs      509.1160m  509.1160m   -1.5000    -1.5000 
  vds      657.7713m  657.7713m -251.3447m -251.3447m
  vbs        0.         0.         0.         0.     
  vth      497.2065m  497.2065m -533.8392m -533.8392m
  vdsat     92.7423m   92.7423m -767.8449m -767.8449m
  vod       11.9095m   11.9095m -966.1608m -966.1608m
  beta      98.6476m   98.6476m    1.7014m    1.7014m
  gam eff  507.4462m  507.4462m  557.0835m  557.0835m
  gm         4.3283m    4.3283m  198.5313u  198.5313u
  gds      167.7881u  167.7881u  808.5289u  808.5289u
  gmb      644.8732u  644.8732u   84.5123u   84.5123u
  cdtot     66.6106f   66.6106f    8.8227f    8.8227f
  cgtot     76.8404f   76.8404f    7.5265f    7.5265f
  cstot    110.3834f  110.3834f    9.6981f    9.6981f
  cbtot    120.5501f  120.5501f    8.3000f    8.3000f
  cgs       47.6632f   47.6632f    4.2539f    4.2539f
  cgd       18.6311f   18.6311f    3.2014f    3.2014f



 ******
 hw3_3

 ****** ac analysis tnom=  25.000 temp=  27.000 ******
  *** parameter vctrl_val =   300.0000m       ***
  
 gain=   4.4367     at=  10.0000 
             from=   1.0000     to=   2.2387g
 gaindb=  12.9412     at=  10.0000 
             from=   1.0000     to=   2.2387g
 band= 562.4138x

          ***** job concluded
 **info** dc convergence successful at Newton-Raphson method 
 ******  
 hw3_3

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

   *** parameter vctrl_val =    4.000E-01 ***

    node    =voltage      node    =voltage      node    =voltage

 +0:n1      = 889.7884m 0:vdd     =   1.8000  0:vout1   =   1.5195 
 +0:vout2   =   1.5195  0:vout7   =   1.4000  0:vout8   =   1.4000 
 +0:vpp     = 400.0000m 0:vss     =   0.     


 maximum nodal capacitance=   8.000E-13         on node     0:vss             

    nodal  capacitance table 

    node    =    cap      node    =    cap      node    =    cap

 +0:n1      = 462.6378f 0:vdd     =  35.7492f 0:vout1   = 275.3134f
 +0:vout2   = 275.3134f 0:vout7   = 276.8769f 0:vout8   = 276.8769f
 +0:vpp     =  14.9282f 0:vss     = 800.0000f

 

 **** voltage sources

 subckt                                                         
 element  0:vin1     0:vctrl    0:vdd      0:vin2     0:vss     
  volts      1.4000   400.0000m    1.8000     1.4000     0.     
  current    0.         0.      -500.0000u    0.       500.0000u
  power      0.         0.       900.0000u    0.         0.     

     total voltage source power dissipation=  900.0000u       watts



 **** current sources

 subckt             
 element  0:i1      
  volts    889.7884m
  current  500.0000u
  power   -444.8942u


     total current source power dissipation=-444.8942u       watts


 **** mosfets


 subckt                                              
 element  0:m11n     0:m12n     0:m11p     0:m12p    
 model    0:n_18.1   0:n_18.1   0:p_18.1   0:p_18.1  
 region     Saturati   Saturati     Linear     Linear
  id       250.0000u  250.0000u -250.0000u -250.0000u
  ibs     -5.206e-20 -5.206e-20  4.099e-20  4.099e-20
  ibd       -3.1520f   -3.1520f   75.1469a   75.1469a
  vgs      510.2116m  510.2116m   -1.4000    -1.4000 
  vds      629.6681m  629.6681m -280.5435m -280.5435m
  vbs        0.         0.         0.         0.     
  vth      498.1676m  498.1676m -533.6463m -533.6463m
  vdsat     92.8143m   92.8143m -707.1549m -707.1549m
  vod       12.0440m   12.0440m -866.3537m -866.3537m
  beta      98.6459m   98.6459m    1.7333m    1.7333m
  gam eff  507.4462m  507.4462m  557.0835m  557.0835m
  gm         4.3244m    4.3244m  238.6028u  238.6028u
  gds      169.5636u  169.5636u  685.0893u  685.0893u
  gmb      644.7304u  644.7304u   96.5569u   96.5569u
  cdtot     66.9499f   66.9499f    8.3636f    8.3636f
  cgtot     76.8769f   76.8769f    7.4641f    7.4641f
  cstot    110.4351f  110.4351f    9.6164f    9.6164f
  cbtot    120.8838f  120.8838f    8.2582f    8.2582f
  cgs       47.7145f   47.7145f    4.3634f    4.3634f
  cgd       18.6299f   18.6299f    3.0088f    3.0088f



 ******
 hw3_3

 ****** ac analysis tnom=  25.000 temp=  27.000 ******
  *** parameter vctrl_val =   400.0000m       ***
  
 gain=   5.0631     at=  11.2202 
             from=   1.0000     to=   2.2387g
 gaindb=  14.0884     at=  11.2202 
             from=   1.0000     to=   2.2387g
 band= 492.5579x

          ***** job concluded
 **info** dc convergence successful at Newton-Raphson method 
 ******  
 hw3_3

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

   *** parameter vctrl_val =    5.000E-01 ***

    node    =voltage      node    =voltage      node    =voltage

 +0:n1      = 888.1259m 0:vdd     =   1.8000  0:vout1   =   1.4758 
 +0:vout2   =   1.4758  0:vout7   =   1.4000  0:vout8   =   1.4000 
 +0:vpp     = 500.0000m 0:vss     =   0.     


 maximum nodal capacitance=   8.000E-13         on node     0:vss             

    nodal  capacitance table 

    node    =    cap      node    =    cap      node    =    cap

 +0:n1      = 463.8438f 0:vdd     =  35.3666f 0:vout1   = 275.0066f
 +0:vout2   = 275.0066f 0:vout7   = 276.9393f 0:vout8   = 276.9393f
 +0:vpp     =  14.6413f 0:vss     = 800.0000f

 

 **** voltage sources

 subckt                                                         
 element  0:vin1     0:vctrl    0:vdd      0:vin2     0:vss     
  volts      1.4000   500.0000m    1.8000     1.4000     0.     
  current    0.         0.      -500.0000u    0.       500.0000u
  power      0.         0.       900.0000u    0.         0.     

     total voltage source power dissipation=  900.0000u       watts



 **** current sources

 subckt             
 element  0:i1      
  volts    888.1259m
  current  500.0000u
  power   -444.0630u


     total current source power dissipation=-444.0630u       watts


 **** mosfets


 subckt                                              
 element  0:m11n     0:m12n     0:m11p     0:m12p    
 model    0:n_18.1   0:n_18.1   0:p_18.1   0:p_18.1  
 region     Saturati   Saturati     Linear     Linear
  id       250.0000u  250.0000u -250.0000u -250.0000u
  ibs     -5.206e-20 -5.206e-20  4.099e-20  4.099e-20
  ibd       -2.9418f   -2.9418f   86.8481a   86.8481a
  vgs      511.8741m  511.8741m   -1.3000    -1.3000 
  vds      587.6706m  587.6706m -324.2035m -324.2035m
  vbs        0.         0.         0.         0.     
  vth      499.6038m  499.6038m -533.3578m -533.3578m
  vdsat     92.9335m   92.9335m -645.2090m -645.2090m
  vod       12.2703m   12.2703m -766.6422m -766.6422m
  beta      98.6431m   98.6431m    1.7666m    1.7666m
  gam eff  507.4462m  507.4462m  557.0835m  557.0835m
  gm         4.3180m    4.3180m  296.8474u  296.8474u
  gds      172.6506u  172.6506u  538.3322u  538.3322u
  gmb      644.4410u  644.4410u  113.7137u  113.7137u
  cdtot     67.4743f   67.4743f    7.5324f    7.5324f
  cgtot     76.9393f   76.9393f    7.3207f    7.3207f
  cstot    110.5223f  110.5223f    9.4926f    9.4926f
  cbtot    121.3996f  121.3996f    8.1908f    8.1908f
  cgs       47.8007f   47.8007f    4.5294f    4.5294f
  cgd       18.6281f   18.6281f    2.6539f    2.6539f



 ******
 hw3_3

 ****** ac analysis tnom=  25.000 temp=  27.000 ******
  *** parameter vctrl_val =   500.0000m       ***
  
 gain=   6.0764     at=   7.0795 
             from=   1.0000     to=   2.2387g
 gaindb=  15.6730     at=  11.2202 
             from=   1.0000     to=   2.2387g
 band= 410.2616x

          ***** job concluded
 **info** dc convergence successful at Newton-Raphson method 
 ******  
 hw3_3

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

   *** parameter vctrl_val =    6.000E-01 ***

    node    =voltage      node    =voltage      node    =voltage

 +0:n1      = 885.0728m 0:vdd     =   1.8000  0:vout1   =   1.3980 
 +0:vout2   =   1.3980  0:vout7   =   1.4000  0:vout8   =   1.4000 
 +0:vpp     = 600.0000m 0:vss     =   0.     


 maximum nodal capacitance=   8.000E-13         on node     0:vss             

    nodal  capacitance table 

    node    =    cap      node    =    cap      node    =    cap

 +0:n1      = 466.1744f 0:vdd     =  34.7502f 0:vout1   = 274.2937f
 +0:vout2   = 274.2937f 0:vout7   = 277.0801f 0:vout8   = 277.0801f
 +0:vpp     =  13.8746f 0:vss     = 800.0000f

 

 **** voltage sources

 subckt                                                         
 element  0:vin1     0:vctrl    0:vdd      0:vin2     0:vss     
  volts      1.4000   600.0000m    1.8000     1.4000     0.     
  current    0.         0.      -500.0000u    0.       500.0000u
  power      0.         0.       900.0000u    0.         0.     

     total voltage source power dissipation=  900.0000u       watts



 **** current sources

 subckt             
 element  0:i1      
  volts    885.0728m
  current  500.0000u
  power   -442.5364u


     total current source power dissipation=-442.5364u       watts


 **** mosfets


 subckt                                              
 element  0:m11n     0:m12n     0:m11p     0:m12p    
 model    0:n_18.1   0:n_18.1   0:p_18.1   0:p_18.1  
 region     Saturati   Saturati     Linear     Linear
  id       250.0000u  250.0000u -250.0000u -250.0000u
  ibs     -5.206e-20 -5.206e-20  4.099e-20  4.099e-20
  ibd       -2.5675f   -2.5675f  107.7060a  107.7060a
  vgs      514.9272m  514.9272m   -1.2000    -1.2000 
  vds      512.8979m  512.8979m -402.0293m -402.0293m
  vbs        0.         0.         0.         0.     
  vth      502.1608m  502.1608m -532.8437m -532.8437m
  vdsat     93.1882m   93.1882m -581.7528m -581.7528m
  vod       12.7664m   12.7664m -667.1563m -667.1563m
  beta      98.6375m   98.6375m    1.8016m    1.8016m
  gam eff  507.4462m  507.4462m  557.0835m  557.0835m
  gm         4.3046m    4.3046m  393.9239u  393.9239u
  gds      179.8799u  179.8799u  348.7255u  348.7255u
  gmb      643.6305u  643.6305u  141.6924u  141.6924u
  cdtot     68.4638f   68.4638f    5.8299f    5.8299f
  cgtot     77.0801f   77.0801f    6.9373f    6.9373f
  cstot    110.7139f  110.7139f    9.3172f    9.3172f
  cbtot    122.3733f  122.3733f    8.0578f    8.0578f
  cgs       47.9889f   47.9889f    4.7641f    4.7641f
  cgd       18.6243f   18.6243f    1.9182f    1.9182f



 ******
 hw3_3

 ****** ac analysis tnom=  25.000 temp=  27.000 ******
  *** parameter vctrl_val =   600.0000m       ***
  
 gain=   8.1461     at=   3.5481 
             from=   1.0000     to=   2.2387g
 gaindb=  18.2190     at=   7.9433 
             from=   1.0000     to=   2.2387g
 band= 305.8329x

          ***** job concluded
 **info** dc convergence successful at Newton-Raphson method 
 ******  
 hw3_3

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

   *** parameter vctrl_val =    7.000E-01 ***

    node    =voltage      node    =voltage      node    =voltage

 +0:n1      = 872.7737m 0:vdd     =   1.8000  0:vout1   =   1.1313 
 +0:vout2   =   1.1313  0:vout7   =   1.4000  0:vout8   =   1.4000 
 +0:vpp     = 700.0000m 0:vss     =   0.     


 maximum nodal capacitance=   8.000E-13         on node     0:vss             

    nodal  capacitance table 

    node    =    cap      node    =    cap      node    =    cap

 +0:n1      = 476.8911f 0:vdd     =  34.0173f 0:vout1   = 276.6302f
 +0:vout2   = 276.6302f 0:vout7   = 278.1837f 0:vout8   = 278.1837f
 +0:vpp     =  12.9595f 0:vss     = 800.0000f

 

 **** voltage sources

 subckt                                                         
 element  0:vin1     0:vctrl    0:vdd      0:vin2     0:vss     
  volts      1.4000   700.0000m    1.8000     1.4000     0.     
  current    0.         0.      -500.0000u    0.       500.0000u
  power      0.         0.       900.0000u    0.         0.     

     total voltage source power dissipation=  900.0000u       watts



 **** current sources

 subckt             
 element  0:i1      
  volts    872.7737m
  current  500.0000u
  power   -436.3868u


     total current source power dissipation=-436.3868u       watts


 **** mosfets


 subckt                                              
 element  0:m11n     0:m12n     0:m11p     0:m12p    
 model    0:n_18.1   0:n_18.1   0:p_18.1   0:p_18.1  
 region     Saturati   Saturati   Saturati   Saturati
  id       250.0000u  250.0000u -250.0000u -250.0000u
  ibs     -5.206e-20 -5.206e-20  4.099e-20  4.099e-20
  ibd       -1.2941f   -1.2941f  179.1748a  179.1748a
  vgs      527.2263m  527.2263m   -1.1000    -1.1000 
  vds      258.5302m  258.5302m -668.6961m -668.6961m
  vbs        0.         0.         0.         0.     
  vth      510.8595m  510.8595m -531.0818m -531.0818m
  vdsat     94.9422m   94.9422m -516.9728m -516.9728m
  vod       16.3669m   16.3669m -568.9182m -568.9182m
  beta      98.6117m   98.6117m    1.8389m    1.8389m
  gam eff  507.4462m  507.4462m  557.0835m  557.0835m
  gm         4.2092m    4.2092m  587.4791u  587.4791u
  gds      253.8563u  253.8563u   95.3061u   95.3061u
  gmb      633.6020u  633.6020u  196.7196u  196.7196u
  cdtot     72.5509f   72.5509f    4.0793f    4.0793f
  cgtot     78.1837f   78.1837f    6.4798f    6.4798f
  cstot    112.0860f  112.0860f    9.2419f    9.2419f
  cbtot    126.3595f  126.3595f    7.7668f    7.7668f
  cgs       49.3497f   49.3497f    4.8552f    4.8552f
  cgd       18.6181f   18.6181f    1.2273f    1.2273f



 ******
 hw3_3

 ****** ac analysis tnom=  25.000 temp=  27.000 ******
  *** parameter vctrl_val =   700.0000m       ***
  
 gain=  12.0564     at=   4.4668 
             from=   1.0000     to=   2.2387g
 gaindb=  21.6244     at=   4.4668 
             from=   1.0000     to=   2.2387g
 band= 200.3537x

          ***** job concluded
 **info** dc convergence successful at Newton-Raphson method 
 ******  
 hw3_3

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

   *** parameter vctrl_val =    8.000E-01 ***

    node    =voltage      node    =voltage      node    =voltage

 +0:n1      =-677.2309m 0:vdd     =   1.8000  0:vout1   =-675.0150m
 +0:vout2   =-675.0150m 0:vout7   =   1.4000  0:vout8   =   1.4000 
 +0:vpp     = 800.0000m 0:vss     =   0.     


 maximum nodal capacitance=   8.000E-13         on node     0:vss             

    nodal  capacitance table 

    node    =    cap      node    =    cap      node    =    cap

 +0:n1      = 555.8380f 0:vdd     =  32.4727f 0:vout1   = 357.3969f
 +0:vout2   = 357.3969f 0:vout7   = 307.9284f 0:vout8   = 307.9284f
 +0:vpp     =  12.9131f 0:vss     = 800.0000f

 

 **** voltage sources

 subckt                                                         
 element  0:vin1     0:vctrl    0:vdd      0:vin2     0:vss     
  volts      1.4000   800.0000m    1.8000     1.4000     0.     
  current    0.         0.      -500.0000u    0.       500.0000u
  power      0.         0.       900.0000u    0.         0.     

     total voltage source power dissipation=  900.0000u       watts



 **** current sources

 subckt             
 element  0:i1      
  volts   -677.2309m
  current  500.0000u
  power    338.6155u


     total current source power dissipation= 338.6155u       watts


 **** mosfets


 subckt                                              
 element  0:m11n     0:m12n     0:m11p     0:m12p    
 model    0:n_18.1   0:n_18.1   0:p_18.1   0:p_18.1  
 region       Linear     Linear   Saturati   Saturati
  id       250.0000u  250.0000u -250.0000u -250.0000u
  ibs     -5.206e-20 -5.206e-20  4.099e-20  4.099e-20
  ibd      -11.0408a  -11.0408a  663.2826a  663.2826a
  vgs        2.0772     2.0772    -1.0000    -1.0000 
  vds        2.2159m    2.2159m   -2.4750    -2.4750 
  vbs        0.         0.         0.         0.     
  vth      519.6247m  519.6247m -519.1478m -519.1478m
  vdsat    537.0966m  537.0966m -456.1627m -456.1627m
  vod        1.5576     1.5576  -480.8522m -480.8522m
  beta      75.5880m   75.5880m    1.8846m    1.8846m
  gam eff  507.4462m  507.4462m  557.0835m  557.0835m
  gm        88.1409u   88.1409u  709.4897u  709.4897u
  gds      113.5109m  113.5109m   21.8071u   21.8071u
  gmb       29.8071u   29.8071u  221.0427u  221.0427u
  cdtot    154.1125f  154.1125f    3.2844f    3.2844f
  cgtot    107.9284f  107.9284f    6.4566f    6.4566f
  cstot    144.8695f  144.8695f    9.2107f    9.2107f
  cbtot    133.0495f  133.0495f    7.0257f    7.0257f
  cgs       51.5718f   51.5718f    4.8157f    4.8157f
  cgd       51.3283f   51.3283f    1.2011f    1.2011f



 ******
 hw3_3

 ****** ac analysis tnom=  25.000 temp=  27.000 ******
  *** parameter vctrl_val =   800.0000m       ***
  
 gain=   6.7803m    at=   2.2387g
             from=   1.0000     to=   2.2387g
 gaindb=  62.1989     at=   6.3096 
             from=   1.0000     to=   2.2387g
 band= 257.1754x

          ***** job concluded
 **info** dc convergence successful at Newton-Raphson method 
 ******  
 hw3_3

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

   *** parameter vctrl_val =    9.000E-01 ***

    node    =voltage      node    =voltage      node    =voltage

 +0:n1      =  -2.8184  0:vdd     =   1.8000  0:vout1   =  -2.8165 
 +0:vout2   =  -2.8165  0:vout7   =   1.4000  0:vout8   =   1.4000 
 +0:vpp     = 900.0000m 0:vss     =   0.     


 maximum nodal capacitance=   8.000E-13         on node     0:vss             

    nodal  capacitance table 

    node    =    cap      node    =    cap      node    =    cap

 +0:n1      = 556.3384f 0:vdd     =  31.6803f 0:vout1   = 357.9583f
 +0:vout2   = 357.9583f 0:vout7   = 307.8532f 0:vout8   = 307.8532f
 +0:vpp     =  12.9167f 0:vss     = 800.0000f

 

 **** voltage sources

 subckt                                                         
 element  0:vin1     0:vctrl    0:vdd      0:vin2     0:vss     
  volts      1.4000   900.0000m    1.8000     1.4000     0.     
  current    0.         0.      -500.0000u    0.       500.0000u
  power      0.         0.       900.0000u    0.         0.     

     total voltage source power dissipation=  900.0000u       watts



 **** current sources

 subckt             
 element  0:i1      
  volts     -2.8184 
  current  500.0000u
  power      1.4092m


     total current source power dissipation=   1.4092m       watts


 **** mosfets


 subckt                                              
 element  0:m11n     0:m12n     0:m11p     0:m12p    
 model    0:n_18.1   0:n_18.1   0:p_18.1   0:p_18.1  
 region       Linear     Linear   Saturati   Saturati
  id       250.0000u  250.0000u -250.0000u -250.0000u
  ibs     -5.206e-20 -5.206e-20  4.099e-20  4.099e-20
  ibd       -9.4534a   -9.4534a    1.2372f    1.2372f
  vgs        4.2184     4.2184  -900.0000m -900.0000m
  vds        1.8988m    1.8988m   -4.6165    -4.6165 
  vbs        0.         0.         0.         0.     
  vth      519.6355m  519.6355m -504.9996m -504.9996m
  vdsat      1.1019     1.1019  -394.4080m -394.4080m
  vod        3.6988     3.6988  -395.0004m -395.0004m
  beta      36.8513m   36.8513m    1.9343m    1.9343m
  gam eff  507.4462m  507.4462m  557.0835m  557.0835m
  gm         0.         0.       800.9941u  800.9941u
  gds      132.9342m  132.9342m   59.1419u   59.1419u
  gmb       17.7656u   17.7656u  236.3602u  236.3602u
  cdtot    155.0275f  155.0275f    2.9308f    2.9308f
  cgtot    107.8532f  107.8532f    6.4584f    6.4584f
  cstot    145.1682f  145.1682f    9.1684f    9.1684f
  cbtot    133.0010f  133.0010f    6.6717f    6.6717f
  cgs       51.1563f   51.1563f    4.7756f    4.7756f
  cgd       51.7258f   51.7258f    1.2011f    1.2011f



 ******
 hw3_3

 ****** ac analysis tnom=  25.000 temp=  27.000 ******
  *** parameter vctrl_val =   900.0000m       ***
  
 gain=   5.7606m    at=   2.2387g
             from=   1.0000     to=   2.2387g
 gaindb= 231.7843     at=   1.0000 
             from=   1.0000     to=   2.2387g
 band=   1.4125 

          ***** job concluded
 **info** dc convergence successful at Newton-Raphson method 
 ******  
 hw3_3

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

   *** parameter vctrl_val =    1.000E+00 ***

    node    =voltage      node    =voltage      node    =voltage

 +0:n1      =  -4.0319  0:vdd     =   1.8000  0:vout1   =  -4.0298 
 +0:vout2   =  -4.0298  0:vout7   =   1.4000  0:vout8   =   1.4000 
 +0:vpp     =   1.0000  0:vss     =   0.     


 maximum nodal capacitance=   8.000E-13         on node     0:vss             

    nodal  capacitance table 

    node    =    cap      node    =    cap      node    =    cap

 +0:n1      = 556.4148f 0:vdd     =  31.3829f 0:vout1   = 357.9911f
 +0:vout2   = 357.9911f 0:vout7   = 307.8378f 0:vout8   = 307.8378f
 +0:vpp     =  12.9199f 0:vss     = 800.0000f

 

 **** voltage sources

 subckt                                                         
 element  0:vin1     0:vctrl    0:vdd      0:vin2     0:vss     
  volts      1.4000     1.0000     1.8000     1.4000     0.     
  current    0.         0.      -500.0000u    0.       500.0000u
  power      0.         0.       900.0000u    0.         0.     

     total voltage source power dissipation=  900.0000u       watts



 **** current sources

 subckt             
 element  0:i1      
  volts     -4.0319 
  current  500.0000u
  power      2.0160m


     total current source power dissipation=   2.0160m       watts


 **** mosfets


 subckt                                              
 element  0:m11n     0:m12n     0:m11p     0:m12p    
 model    0:n_18.1   0:n_18.1   0:p_18.1   0:p_18.1  
 region       Linear     Linear   Saturati   Saturati
  id       250.0000u  250.0000u -250.0000u -250.0000u
  ibs     -5.206e-20 -5.206e-20  4.099e-20  4.099e-20
  ibd      -10.4381a  -10.4381a    1.5624f    1.5624f
  vgs        5.4319     5.4319  -800.0000m -800.0000m
  vds        2.0955m    2.0955m   -5.8298    -5.8298 
  vbs        0.         0.         0.         0.     
  vth      519.6288m  519.6288m -496.9832m -496.9832m
  vdsat      1.5272     1.5272  -325.1370m -325.1370m
  vod        4.9123     4.9123  -303.0168m -303.0168m
  beta      25.0144m   25.0144m    1.9828m    1.9828m
  gam eff  507.4462m  507.4462m  557.0835m  557.0835m
  gm         0.         0.         1.0158m    1.0158m
  gds      120.3683m  120.3683m   85.9353u   85.9353u
  gmb       14.7124u   14.7124u  287.5625u  287.5625u
  cdtot    155.1839f  155.1839f    2.8072f    2.8072f
  cgtot    107.8378f  107.8378f    6.4599f    6.4599f
  cstot    145.2204f  145.2204f    9.1432f    9.1432f
  cbtot    132.9870f  132.9870f    6.5483f    6.5483f
  cgs       51.0787f   51.0787f    4.7528f    4.7528f
  cgd       51.7966f   51.7966f    1.2011f    1.2011f



 ******
 hw3_3

 ****** ac analysis tnom=  25.000 temp=  27.000 ******
  *** parameter vctrl_val =     1.0000        ***
  
 gain=   6.3526m    at=   2.2387g
             from=   1.0000     to=   2.2387g
 gaindb= 230.9334     at=   1.0000 
             from=   1.0000     to=   2.2387g
 band=   1.4125 

          ***** job concluded
 ******  
 hw3_3

 ****** job statistics summary tnom=  25.000 temp=  27.000 ******
  
  
 ******  Machine Information  ******
 CPU:
 model name	: Intel(R) Xeon(R) CPU           E5530  @ 2.40GHz
 cpu MHz	: 1596.000
  
 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       =      17 # elements   =      14
  # resistors   =       0 # capacitors =       4 # 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    =       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          81
  ac analysis        0.06        2068        2068
  readin             0.03
  errchk             0.01
  setup              0.01
  output             0.01


           peak memory used        201.35 megabytes
           total cpu time            0.14 seconds
           total elapsed time        0.52 seconds
           job started at     00:42:12 05/17/2020
           job ended   at     00:42:13 05/17/2020


 lic: Release hspice token(s) 
 lic: total license checkout elapse time:        0.44(s)
