[Book Cover]

Network Analysis with Applications, 3/e

William D. Stanley, Old Dominion University

Published July, 1999 by Prentice Hall Career & Technology

Copyright 2000, 676 pp.
Cloth Bound w/CD-ROM
ISBN 0-13-010589-9

[CD Included]


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Summary

For undergraduate courses in Advanced Circuit Analysis, Network Analysis, or Linear Systems. This book presents general methods of circuit and network analysis by employing differential and integral calculus and transform methods with a strong emphasis on application.

Features


NEW—Electronics Workbench—Includes Electronics Workbench problems and their solutions, rather than PSpice.

  • Gives students a user-friendly circuit analysis program.
Resistive circuit analysis—Provides a mini-course in basic resistive circuit analysis in Chs. 1 and 2.
  • Strengthens students' background in this area and prepares them to move on to more complex material.
Application-oriented treatment of linear circuit analysis—Requires only a background in applied calculus, targeting engineering technology or applied engineering programs.
Transient phenomena—Presents transient phenomena with a special emphasis on graphical interpretation of calculus operations.
Full development of Laplace transform operations and circuit analysis.
Full chapter on Fourier analysis.
MATLAB problems and solutions—Featured throughout.
  • Provides students with a tool for performing mathematical operations, allowing them to focus on circuit analysis rather than on solving complex mathematical equations.
End-of-chapter problems—Divided into three categories: 1) Drill problems consisting of exercises chosen to reinforce and solidify the basic principles. 2) Derivation problems involving proofs and extensions of text principles. 3) Application problems consisting of situations in which theory is applied to solve real-life problems.
  • Gives students a wide variety of practice problems, providing them with plenty of reinforcement and practice in applying concepts.
Text includes a EWB Circuits Data Disk which contains EWB configured circuits from the text.


Table of Contents
    1. Basic Circuit Laws.
    2. Circuit Analysis Methods.
    3. Capacitive and Inductive Transients and Equivalent Circuits.
    4. Initial, Final, and First-Order Circuits.
    5. Laplace Transforms.
    6. Circuit Analysis with Laplace Transforms.
    7. Transfer Functions.
    8. Sinusoidal Steady-State Analysis.
    9. Frequency Response Analysis and Bode Plots.
    10. Waveform Analysis.
    11. Fourier Analysis.
    Appendix A. Determinants.
    Appendix B. Complex Algebra.
    Appendix C. Laplace Transforms.
    Appendix D. Introduction to Electronics Workbench.
    Appendix E. Electronics Workbench EDA Analyses Discussion.
    Answers to Selected Odd-Numbered Problems.
    Index.

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