Electric Electronic Circuit and System Simulation

In this book do you have all the mathemetical description that you need for Electric - Electronic Circuit Analysis and for writing your own circuit simulation software.

Book Description

This comprehensive volume reveals how, using basic principles of elementary circuit analysis along with familiar numerical methods, readers can build up sophisticated electronic simulation tools capable of analyzing large, complicated circuits. The book describes in clear language an especially broad range of uses to which circuit simulation principles may be put-from running general applications, to understand why SPICE works in some cases and not in others.

Book Info

Introduces a broad range of applications of circuit simulation principles-from running general simulation tools, to understanding why SPICE, the most popular simulation program, works in some cases and not in others. DLC: Linear integrated circuits - Computer simulation.

Table of Contents.

• 1. Introduction to Circuit Simulation.
• 2. Linear DC Nodal Analysis.
• 3. Solution of Linear Equations.
• 4. Linear Transient Analysis I.
• 5. Linear Transient Analysis II.
• 6. Frequency Domain Analysis and Moment.Matching Methods.
• 7. Sparse Matrices and Some of Their Implications.
• 8. Circuit Partitioning and Large Change Sentivity.
• 9. Incremental Sentivity.
• 10. Simulation of Nonlinear Circuits.
• 11. Timing Simulation.
• Appendix A. Tree/Link Analysis.

The publisher, Prentice-Hall Engineering/Science/Mathematics

With comprehensive, in-depth coverage, integrated discussions of SPICE, and a strong design orientation, Malik's new text is a most thorough and forward-looking text. It features a flexible organization and dynamic coverage using algebraic hand analysis and simple models to provide a basic understanding and carefully-selected SPICE examples, and exercises to extend understanding beyond simple models. This allows meaningful coverage of important but often-neglected topics like parasitic capacitance, variations of circuit and transistor parameters with temperature, sensitivity to parameter variations, and numerical distortion analysis. Interrelationships among graphical, mathematical and circuit representations of devices are emphasized helping students to more easily integrate and retain key concepts. This text places an emphasis on design without slighting analysis. Malik's new Electronic Circuits offers the advantages of both an electrical circuit text and a primer on computer-aided circuit design.

Book Description

Provides a step-by-step consideration of methods, techniques, and algorithms in an easy-to-under- stand format. 3 1/2 inch disk included.

Table of Contents

• Introductory Topics in Circuit Simulation
• Numerical Analysis of Linear Circuits
• Numerical Solution of Linear Algebraic Equations
• D.C. Analysis of Nonlinear Circuits
• Time-domain Analysis of Nonlinear Circuits
• Periodic Steady-state Time-domain Analysis
• Sensitivity Analysis
• Decomposition-based Methods for Large-scale Circuits
• Relaxation Based Simulation Methods

Table of Contents.

• 1.- Getting Started with PSpice
• 1.1 Using PSpice
• 1.2 PSpice Notation
• 1.3 Summary
• 2.- Analysis of DC Circuits
• 2.1 DC Circuits Containing Dependent Sources
• 2.2 Mesh and Node Equations
• 2.3 Comparing DC Circuits
• 2.4 Thevenin Equivalent Circuits
• 2.5 Capacitors and Inductors in DC Circuits
• 2.6 Summary
• 3.- Variable DC Circuits.
• 3.1 DC Sweep
• 3.2 Global Parameters
• 3.3 Summary
• 4.- Time Domain Analysis
• 4.1 The Response of a RC Circuit to a Pulse Input
• 4.2 Switches
• 4.3 Piecewise Linear Inputs
• 4.4 AC Circuits in the Time Domain
• 4.5 Summary
• 4.- Analysis of AC Circuits
• 5.1 AC Circuits
• 5.2 Coupled Coils
• 5.3 Ideal Transformers
• 5.4 Summary
• 6.- Frequency Response
• 6.1 Frequency Response Plots
• 6.2 Summary
• 7.- Fourier Series
• Appendix

Book Description

This book is aimed at advanced students and practising engineers. It provides step by step instructions in the use of MicroSim PSpice, industry-standard software that simulates power-electronics circuits. Computer-aided simulation is recognised as the most efficient method of power electronics circuit performance analysis, and is widely used in the industrial marketplace. This book presents a clear and concise guide to one of the most popular software packages. The theory is backed up by drills and exercises throughout, building up practical experience in MicroSim PSpice. The book is intended for use alongside a PC, and a free evaluation version of MicroSim PSpice will be supplied on application to Microsim Corporation. Alternatively, the author's site on the Internet can be accessed directly at http://www.ece.uwaterloo.ca/~pwr_elec and the software can be downloaded along with free circuit files, library files and zipped solutions to exercises.

Table of Contents.

• Pspice and Electric Circuits.
• Pspice Switches and Power Modulation.
• Waveform Distrotion.
• Ideal Semiconductor Switches.
• Simulation of Driver Circuits,
• DC-DC Converter Circuits.
• Diode Rectifiers.
• Controlled Rectification.
• Switch-mode Inverters.
• Resonant Converters.
• Advanced Topics.
• Appendix A Library Files.
• Appendix B List of Circuit-file Examples.
• Appendix C Quick Reference to PSpice Statements.
• Appendix D Bibliography.
• Appendix E WEBsite.
• Appendix F Problems.