PSpice for Basic Circuit Analysis with CD

PrefaceChapter 1 Introduction1.1 Background 1.2 The Design Process1.3 Appropriate Use of CAD1.4 Versions of SPICE and Limitations Chapter 2 Getting Started2.1 Circuit Description2.2 Specifying the Analysis2.3 Simulation Results2.4 Generating the Simulation File by HandChapter 3 Simple DC Circuits3.1 Independent Sources 3.2 Dependent Sources3.3 Thevenin Equivalent Circuits3.4 Norton Equivalent CircuitsChapter 4 Other DC Analyses4.1 DC Sweep Analysis4.2 DC Sensitivity Analysis4.3 Simulating Resistor TolerancesChapter 5 Operational Amplifiers5.1 Simple Op Amp Model5.2 Library Models for Op Amps5.3 Using PSpice Subcircuit ModelsChapter 6 Time Domain Analysis 6.1 Source-Free RL Circuits 6.2 Source-Free RC Circuits 6.3 Source-Free RLC Circuits 6.4 Time-Varying Sources 6.5 Circuits with Time-Varying Sources Chapter 7 Frequency Domain Analysis 7.1 Frequency Response 7.2 Bode Plot of the Frequency Response Chapter 8 Fourier Series 8.1 Basic Analysis 8.2 Fourier Circuit Analysis Chapter 9 Mutual Inductance and Transformers9.1 Modeling Mutual Inductance9.2 Ideal TransformersChapter 10 Conclusion 10.1 Common Mistakes 10.2 Tips10.2.1 Opening Projects10.2.2 Running PSpice10.3 Summary BibliographyAppendix I: Converting OrCAD Version 9.X Files to Version 10.0Appendix II: Files Used by PSpice Index