OGI CSEE PSpice Downloads, example and library files

http://www.csee.ogi.edu/support/tut/pspice_examples.html


Bipolar parts for EE561

npn44v_demo2.zip (14kB)

Contains:
ece571.lib model library file with npn44V, pnplat44V, pnp44v based on parameters from tables in Grey and Meyer.
ece571.olb symbol library file,
npn44v_demo2.opj Capture/PSpice demo project file,
and 5 support files for npn44v_demo2.opj.

Click above to download the zip file. Unzip the file in a convenient directory on your PC.

To run the demo file:
Start Capture (any version 9.2 - 16) then: file, open, project, then brouse for and select npn44v_demo2.opj.
The demo runs collector curves for the npn44V part.

You can place the parts in your own schematic by adding the part library. From within Capture: place parts, add library, then browse for and add ece571.olb.
Before you run the simulation on your schematic you will need to add the model library file. Within the simulation profile window click on the libraries tab and browse for ece571.lib and add it to the list of libraries.
John Hunt johnhunt (at) csee.ogi.edu 10/2006


GM4_MOS models from Gray and Meyer for EE565


PSpice model library file for simple CMOS parts 3uNMOS, 3uPMOS:
GM4_mos.lib

Capture symbol file for 3uNMOS, 3uPMOS:
GM4_MOS.olb

GM4_mos_DC_DEMO1.zip (9kB)

Contains:
GM4_mos.lib model library file,
GM4_mos.opj custom part library with 3uNMOS, 3uPMOS parts
DC_DEMO.opj Capture/PSpice demo project file,
and support files for DC_DEMO.opj.
DC_DEMO.opj plots the drain curves for the 3uPMOS part.

Click above to download the zip file. Unzip the file in a convenient directory on your PC.

GM4_mos_AC_DEMO1.zip (12kB)

Contains:
GM4_mos.lib model library file,
GM4_mos.opj custom part library with 3uNMOS, 3uPMOS parts
AC_DEMO.opj Capture/PSpice demo project file,
and support files for AC_DEMO.opj.
AC_DEMO.opj plots the AC response for determining Ft for the 3uPMOS part.

Click above to download the zip file. Unzip the file in a convenient directory on your PC.


John Hunt johnhunt (at) csee.ogi.edu 4/2002


MOSIS TSMC process for EE563 and EE565

tsmc_demo1a.zip (22kB)

Contains:
TSMCp25.lib PSpice model library file,
tsmcp25.olb custom part library with TMSC_NMOS, TMSC_PMOS parts,
tsmc_demo.opj Capture/PSpice demo project file,
and support files for tsmc_demo.opj.

Click above to download the zip file. Unzip the file in a convenient directory on your PC.

To run the demo file:
Start Capture 15.7 (or later), then: file, open, project, and select tsmc_demo.opj.
The demo runs a bias analysis on a TSMC_NMOS and TMSC_PMOS part.
It should be self-contained and ready to run.

To use the TSMC parts in your own schematic:
You will need to add the part library and the PSpice model library.
From within Capture: place parts, add library, then browse for and add tsmcp25.olb.
You should find tsmcp25.olb in the directory where you unzipped the demo zip file.
This will allow you to place the parts on your schematic.

Before you run the simulation on your schematic you will also need to add the PSpice model library file.
Within the simulation profile window click on the "Configuration Files" tab, select "Library" in the category list.
Then browse for tmscp25.lib and click on "Add to Design" to add it to the list of PSpice model libraries.

John Hunt johnhunt (at) csee.ogi.edu 4/2007


Maxim QC960 bipolar process for EE565

example_qc960a.zip (19kB)

Contains:
q9ap27.lib model library file,
qc960_demo.opj Capture/PSpice demo project file,
and 4 support files for qc960_demo.opj.

The demo runs the collector curves for the h14e05 NPN part.
See section on TSMC for download instructions.


John Hunt johnhunt (at) csee.ogi.edu 7/2008


OrCAD 16.0 Demo Edition download (July 2008 version)



This download is only available to OGI students

OrCAD160demo.zip (716MB)

1. Click on the link above to download the OrCAD160demo.zip file; select a convenient folder on your PC as the destination.
2. Create a new folder and unzip the file there.
3. After unzipping, there will be 13 files including "setup.exe".
4. Click on "setup.exe".
5. An OrCAD Setup window will appear. Agree to the terms and follow the prompts to complete the installation.
6. The path to Capture/PSpice is: Start, Programs, Orcad 16.0 Demo, OrCAD Capture CIS Demo. You may want to create a shortcut on your desktop for Capture.
PSpice limitations in 16.0 Demo version: 64 nodes, 20 transistors.



John Hunt johnhunt (at) csee.ogi.edu 7/2008


OrCAD 9.2 Lite Edition download (May 2001 version, old but works and is more compact to download and install)



This download is only available to OGI students

Orcad_lite_9_2.zip (184MB)

1. Click on the link above to download the Orcad_lite_9_2.zip file; select a convenient folder on your PC as the destination.
2. Create a new folder and unzip the file there.
3. After unzipping, there will be 55 files. Click on setup.exe
4. An OrCAD Setup window will appear. Agree to the terms and select "Capture" and "PSpice" to install. Follow the further prompts to complete the installation.
5. The path to Capture/PSpice is: Start, Programs, Orcad, Capture. You may want to create a shortcut on your desktop for Capture.
PSpice limitations in 9.2 Lite (demo version): 64 nodes, 10 transistors.


John Hunt johnhunt (at) csee.ogi.edu 10/2004