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Pspice Coding Demo

Date post: 18-Nov-2014
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PSPICE CODING HOW TO ENTER AND RUN: A BASIC DEMONSTRATION This demonstration explains how to enter a PSpice coding and it’s run in PSpice A/D through a number of screen shots and through a simple example. STEP 1 : To open the PSpice A/D follow the steps shown,
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Page 1: Pspice Coding Demo

PSPICE CODING –HOW TO ENTER AND RUN: A BASIC DEMONSTRATION

This demonstration explains how to enter a PSpice coding and it’s run in PSpice A/D through a number

of screen shots and through a simple example.

STEP 1: To open the PSpice A/D follow the steps shown,

Page 2: Pspice Coding Demo

You will get the following window as shown

STEP 2: Open a new text file to enter the coding for the simple voltage divider circuit shown. It is

desirable to find the nodal voltages at node 1 and at node 2 with respect to ground through DC bias

point analysis.

0

V13V

R11Ohm

R22Ohm

1

2

0

Nodes

Ground Node

Page 3: Pspice Coding Demo

Open a new text file to enter the coding as shown.

STEP 3: In the empty text file enter the coding as shown. The .PROBE command is optional.

Page 4: Pspice Coding Demo

STEP 4: Next save the text file as shown. You have to save the file in capital letters in a desired location

with the file extension .CIR; here I saved the file as DEMO.CIR

Page 5: Pspice Coding Demo

The file got saved as a text file first as shown.

Page 6: Pspice Coding Demo

Next close the text file as shown

This leads to a blank window as shown

Page 7: Pspice Coding Demo

STEP 5: Again open the saved circuit file, this time as an active file to run the simulation as shown.

Next run the simulation as illustrated.

Page 8: Pspice Coding Demo

After the simulation run you will get the message in the lower left window. Next view the output file to

see the result of DC bias point analysis as shown in the following screen shot.

Page 9: Pspice Coding Demo

The output window appears as shown. Scroll down this window to view the desired output as indicated

on the next illustration. You can see that the node 1 voltage is 3v while the node 2 voltage is 2V as

expected from the application of the voltage divider rule.

Page 10: Pspice Coding Demo

This concludes the PSpice coding demonstration. Thank you for your Patience reading .Hope you will

explore further on this base and thank me for the preparation of this simple demonstration guide.

HAPPY PSpicing!!!!!!!


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