tran-schematic1-trans.out

个学期下来的电子CAD课程实验


**** 04/12/08 13:28:45 ********* PSpice 9.2 (Mar 2000) ******** ID# 1 ********

 ** Profile: "SCHEMATIC1-trans"  [ D:\Monday24\Seven\Tran\tran-schematic1-trans.sim ] 


 ****     CIRCUIT DESCRIPTION


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




** Creating circuit file "tran-schematic1-trans.sim.cir" 
** WARNING: THIS AUTOMATICALLY GENERATED FILE MAY BE OVERWRITTEN BY SUBSEQUENT SIMULATIONS

*Libraries: 
* Local Libraries :
.STMLIB ".\TRAN.stl" 
* From [PSPICE NETLIST] section of C:\Program Files\Orcad\PSpice\PSpice.ini file:
.lib "nom.lib" 

*Analysis directives: 
.TRAN  0 10ms 0 1us 
.PROBE V(*) I(*) W(*) D(*) NOISE(*) 
.INC ".\tran-SCHEMATIC1.net" 



**** INCLUDING tran-SCHEMATIC1.net ****
* source TRAN
V_V1         N00110 0  
+SIN 0 5 1000 0 0 0
V_V4         N00632 0  
+PULSE 0 10 2us 2us 2us 2us 8us
R_R1         N00110 0  1k  
R_R2         N00632 0  1k  
V_V3         N02839 0   STIMULUS=hi
R_R3         N02839 0  1k  

**** RESUMING tran-schematic1-trans.sim.cir ****
.END
* D:\MONDAY24\SEVEN\TRAN\TRAN.stl written on Sat Apr 12 13:11:26 2008
* by Stimulus Editor -- Serial Number: 1 -- Version 9.2
;!Stimulus Get
;! hi Analog
;!Ok
;!Plot Axis_Settings
;!Xrange 0s 24us
;!Yrange -0.999816883355 9.000183116645
;!AutoUniverse
;!XminRes 1ns
;!YminRes 1n
;!Ok
.STIMULUS hi PULSE( 0V 10V 0 2us 2us 2us 8us )

**** 04/12/08 13:28:45 ********* PSpice 9.2 (Mar 2000) ******** ID# 1 ********

 ** Profile: "SCHEMATIC1-trans"  [ D:\Monday24\Seven\Tran\tran-schematic1-trans.sim ] 


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


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



 NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE


(N00110)    0.0000 (N00632)    0.0000 (N02839)    0.0000 




    VOLTAGE SOURCE CURRENTS
    NAME         CURRENT

    V_V1         0.000E+00
    V_V4         0.000E+00
    V_V3         0.000E+00

    TOTAL POWER DISSIPATION   0.00E+00  WATTS



          JOB CONCLUDED

          TOTAL JOB TIME            1.69