**** 06/12/100 13:05:00 ******** NT Evaluation PSpice (July 1997) ************

 * C:\My Documents\wireless\simulations\Diode_resistor.sch


 ****     CIRCUIT DESCRIPTION


******************************************************************************




* Schematics Version 8.0 - July 1997
* Mon Jun 12 13:04:57 2000



** Analysis setup **
.tran .00001 .04 0 .00001
.OP 
.STMLIB "Schematic1.stl"


* From [SCHEMATICS NETLIST] section of msim.ini:
.lib nom.lib

.INC "Diode_resistor.net"

**** INCLUDING Diode_resistor.net ****
* Schematics Netlist *



R_R2         0 $N_0001  1k  
R_R4         0 $N_0002  1k  
V_V6         $N_0003 0 0.6
V_V7         $N_0004 0 0.4
D_D2         $N_0005 $N_0001 D1N4002 
V_V2         $N_0005 $N_0004 DC 5 
+SIN 0 0.010 60 0 0 0
D_D4         $N_0006 $N_0002 D1N4002 
V_V5         $N_0006 $N_0003 DC 5 
+SIN 0 0.010 60 0 0 0

**** RESUMING Diode_resistor.cir ****
.INC "Diode_resistor.als"



**** INCLUDING Diode_resistor.als ****
* Schematics Aliases *

.ALIASES
R_R2            R2(1=0 2=$N_0001 )
R_R4            R4(1=0 2=$N_0002 )
V_V6            V6(+=$N_0003 -=0 )
V_V7            V7(+=$N_0004 -=0 )
D_D2            D2(1=$N_0005 2=$N_0001 )
V_V2            V2(+=$N_0005 -=$N_0004 )
D_D4            D4(1=$N_0006 2=$N_0002 )
V_V5            V5(+=$N_0006 -=$N_0003 )
.ENDALIASES


**** RESUMING Diode_resistor.cir ****
.probe


.END

**** 06/12/100 13:05:00 ******** NT Evaluation PSpice (July 1997) ************

 * C:\My Documents\wireless\simulations\Diode_resistor.sch


 ****     Diode MODEL PARAMETERS


******************************************************************************




               D1N4002         
          IS   14.110000E-09 
           N    1.984        
         ISR  100.000000E-12 
         IKF   94.81         
          BV  100.1          
         IBV   10            
          RS     .03389      
          TT    4.761000E-06 
         CJO   51.170000E-12 
          VJ     .3905       
           M     .2762       


**** 06/12/100 13:05:00 ******** NT Evaluation PSpice (July 1997) ************

 * C:\My Documents\wireless\simulations\Diode_resistor.sch


 ****     SMALL SIGNAL BIAS SOLUTION       TEMPERATURE =   27.000 DEG C


******************************************************************************



 NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE


($N_0001)    4.7471                   ($N_0002)    4.9450                       

($N_0003)     .6000                   ($N_0004)     .4000                       

($N_0005)    5.4000                   ($N_0006)    5.6000                   




    VOLTAGE SOURCE CURRENTS
    NAME         CURRENT

    V_V6        -4.945E-03
    V_V7        -4.747E-03
    V_V2        -4.747E-03
    V_V5        -4.945E-03

    TOTAL POWER DISSIPATION   5.33E-02  WATTS


**** 06/12/100 13:05:00 ******** NT Evaluation PSpice (July 1997) ************

 * C:\My Documents\wireless\simulations\Diode_resistor.sch


 ****     OPERATING POINT INFORMATION      TEMPERATURE =   27.000 DEG C


******************************************************************************






**** DIODES


NAME         D_D2        D_D4      
MODEL        D1N4002     D1N4002   
ID           4.75E-03    4.95E-03 
VD           6.53E-01    6.55E-01 
REQ          1.08E+01    1.04E+01 
CAP          4.41E-07    4.59E-07 
**** 06/12/100 13:05:00 ******** NT Evaluation PSpice (July 1997) ************

 * C:\My Documents\wireless\simulations\Diode_resistor.sch


 ****     INITIAL TRANSIENT SOLUTION       TEMPERATURE =   27.000 DEG C


******************************************************************************



 NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE


($N_0001)     .0223                   ($N_0002)     .1313                       

($N_0003)     .6000                   ($N_0004)     .4000                       

($N_0005)     .4000                   ($N_0006)     .6000                   




    VOLTAGE SOURCE CURRENTS
    NAME         CURRENT

    V_V6        -1.313E-04
    V_V7        -2.226E-05
    V_V2        -2.226E-05
    V_V5        -1.313E-04

    TOTAL POWER DISSIPATION   8.77E-05  WATTS



          JOB CONCLUDED

          TOTAL JOB TIME            3.23