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Passive and Active Network Analysis and Synthesis

 

Aram Budak

 

The material in this comprehensive volume was selected to provide physical insight and thorough understanding of the complex-frequency domain and its application to circuits. Well-organized, self-contained chapters detail analysis and synthesis for passive as well as active networks, present and compare a variety of approximating functions, and emphasize the study of widely used second-order functions and their realizations. Multiple examples designed to facilitate learning and outline the necessary theoretical perspectives and physical concepts for an open-ended approach to physical circuit design are provided.
 

$76.95 list, 733 pages

10-digit ISBN: 0-88133-625-4

13-digit ISBN: 978-0-88133-625-2

© 1974

Solutions Manual available

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“A very complete text. It has everything plus the kitchen sink.”  — Lawrence Hmurcik, University of Bridgeport

 “Professor Budak’s book is up to his customary high level of excellence. Recommended!”  — S. E. Sussman-Fort, State University of New York, Stony Brook

 “I am very impressed with the breadth and depth of coverage of the text. It is masterfully written.”  — J. M. Jacab, Purdue University

 “This text addresses a subject area that has been neglected or ignored in recent years. It gives the student a unique view of a formal approach to circuit synthesis.”  — Jerry Yeargan, University of Arkansas

Table of Contents

 

1. The System Function
2. Characterization and Discussion of Responses in Networks
3. Properties of Input Impedance
4. Synthesis of LC and RC Input Impedances
5. Transfer Functions of Ladder Networks: Analysis and Synthesis
6. Properties of Second-Order Systems
7. The Operational Amplifier: Modelling and Applications
8. The Operational Amplifier: Other Imperfections and Nonlinear Applications
9. Control of Poles and Zeros through Dependent Sources
10. Second-Order Low-Pass Networks
11. Second-Order Band-Pass Networks
12. Second-Order High-Pass Networks
13. Second-Order Band-Stop Networks
14. First- and Second-Order All-Pass Networks
15. RC Oscillators
16. Magnitude and Phase Functions
17. Low-Pass Approximations
18. Low-Pass Realizations
19. High-Pass Functions and Realizations
20. Band-Pass Functions and Realizations
21. Band-Stop Functions and Realizations
22. Phase Equalization
Appendix A. A Summary of Transform Pairs
Appendix B. LaPlace Transformation of Equations
Appendix C. Partial-Fraction Expansion
Appendix D. Continued-Fraction Expansion
Appendix E. Symbols and Abbreviations