Circuit Analysis: Theory and Practice

Miller, Wilhelm C,Robbins, Allan H.

ISBN 10: 141803861X / ISBN 13: 9781418038618

Published by Delmar Cengage Learning, 2006

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Bibliographic Details

Title: Circuit Analysis: Theory and Practice

Publisher: Delmar Cengage Learning

Publication Date: 2006

Binding: Hardcover

Condition: Good

Edition: 4th Edition

About this title

Synopsis:

Written for electronics engineering technology students taking their first course in circuit theory, this exceptional book has been hailed by users and reviewers alike as one of the best on the market. The 4th Edition provides updated coverage of standard circuit analysis topics in a remarkably easy-to-understand fashion, including fundamentals of DC and AC, methods of analysis, capacitance, inductance, magnetism, simple transients, transformers, Fourier series, and more. Essential concepts are complemented with hundreds of worked out examples designed to lead readers through the critical thinking processes required to solve problems, preparing them to reason their way through life-like situations expected to be encountered on the job.

Review:

PART I Foundation Dc Concepts 1 Introduction 2 Voltage And Current 3 Resistance 4 Ohm's Law, Power, And Energy PART II Basic Dc Analysis 5 Series Circuits 6 Parallel Circuits 7 Series-Parallel Circuits 8 Methods Of Analysis 9 Network Theorems PART III Capacitors And Inductance 10 Capacitors And Capacitance 11 Capacitor Charging, Discharging And Simple Waveshaping Circuits 12 Magnetism And Magnetic Circuits 13 Inductance And Inductors 14 Inductive Transients PART IV Foundation Ac Concepts 15 Ac Fundamentals 16 R, L, And C Elements And The Impedance Concept 17 Power In Ac Circuits PART V Impedance Networks 18 Ac Series-Parallel Circuits 19 Methods Of Ac Analysis 20 Ac Network Theorems 21 Resonance 22 Filters And The Bode Plot 23 Three-Phase Systems 24 Transformers And Coupled Circuits 25 Nonsinusoidal Waveforms Appendix A Pspice And Multisim Appendix B Mathematics In Circuit Analysis: A Brief Tutorial Appendix C Maximum Power Transfer Theorem Derivation Appendix D Answers To Odd Numbered Problems Glossary Index