- First and Second Order Differential Equations review sheet (2-page pdf)
-
Interdisciplinary Electrical Circuit Analogies for several engineering disciplines have
been developed over time and are summarized in a table compiled by Dr. Holbert.
- Circuit Analysis Techniques ("Recipes")
- Fundamentals (Ohm's Law, KCL, KVL)
- Voltage and Current Dividers
- Nodal Analysis
- Loop or Mesh Analysis
- Superposition
- Source Transformation
- Thévenin's and Norton's Theorems
- Ladder Networks
- Kirchhoff's Current Law (KCL)
- Kirchhoff's Voltage Law (KVL)
- Nodal Analysis
- Loop Analysis
- Superposition
- Op-Amps - operational amplifiers
- Camera Flash - RC circuits
- The most recent PSpice version can be downloaded from OrCAD (used to be MicroSim).
- Also see PSpice.com which has Pspice models, documentation, and more.
- PSpice is installed on the ASU PC Network on the Instructor Volume (IV) under
the class name of "pspice". To run it follow these steps:
- Click on the Start button. Move the cursor to Programs, then to Utilities. Next, click on IVmount.
- Enter the class name as pspice. If the IV button is not selected, click on the IV button to select it. Then click OK.
- On your windows desktop, you should now see a drice icon labeled U:drive pspice. Double click on the icon. A window with several icons appears.
- Double click on the "Run me first" icon in order to load some selected files to your local drive.
- Finally, double click on the "Schematics" icon to run PSPICE.
-Y Transformation (2.7); Circuits with Dependent Sources (2.8)
