After almost four decades of waiting, Pearson presents the revised third edition of its best-selling title on Network Analysis. This book has been revamped to have a perfect blend of engineering and mathematical approach. Throughout the book, the discussion starts with the analysis of simplest circuit and gradually moves on to
more complicated circuits, i.e., R to RL, RC and RLC circuits, single node to multiple nodes circuits, from circuit with independent voltage and current sources to circuits which also include dependent sources. It comprehensively covers diverse range of topics in the eld of electric networks (or circuits) which is considered to be the foundation of electrical engineering such as the Nyquist criterion, Tellegan’s theorem, the Gauss elimination method, Thevenin’s and Norton’s theorems, the Routh Hurwitz criterion,
and Fourier transforms. Problems and suggested digital computer exercises are provided at the end of each chapter.
Features
ENRICHED CONTENT
1. Includes new types of source transformations, namely, voltage to current, current to voltage, voltage to voltage and current to current .
2. One-step and one-circuit analysis is given for obtaining Thevenin/Norton equivalent circuits.
3. Discusses detailed analysis of three phase circuits.
ENHANCED PEDAGOGY
1. 100+ new solved examples added throughout the book
2. 100+ unsolved chapter-end problems added
3. 100+ multiple choice questions included at the end of the book
About the Author
M. E. Van Valkenburg was a renowned electrical engineer in the United States, who had authored several textbooks in the respective field.
Some of the books published by the author include Analog Filter Design, Introduction to Modern Network Synthesis, and Network Analysis: Solutions Manual. These books are extremely beneficial for students pursuing their degrees in the field of electrical engineering.
Table of Contents:
Chapter 1 Development of the Circuit Concept
Chapter 2 Conventions for Describing Circuits
Chapter 3 methods of Analysis
Chapter 4 response of First Order Circuits
Chapter 5 initial Conditions in Circuits
Chapter 6 response of Higher Order Circuits
Chapter 7 response of Circuits Through Laplace Transform
Chapter 8 response to Other Signals
Chapter 9 circuit Functions and Theorems
Chapter 10 circuit Functions; Poles and Zeros
Chapter 11 t wo-port Parameters
Chapter 12 sinusoidal Steady-state Analysis
Chapter 13 frequency Response Plots
Chapter 14 input Power, Power Transfer, and Insertion Loss
Chapter 15 fourier Series and Signal spectra
Chapter 16 fourier Integral and Continuous Spectra
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