Network Theory

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This book has been designed as a basic text for undergraduate students of all engineering disciplines.

In a systematic and friendly manner the book explains various analytical techniques with simple description and illustrations. A large number of solved problems are included in each chapter for an easier understanding of the concepts and techniques.

Salient features

Source transformations and network reduction techniques explained

Magnetic circuits fundamentals developed

AC circuits 1-phase as well as 3-phase dealt with comprehensively

Network theorems explained through typical examples

Graph Theory for planar networks discussed

First order second order electric circuits analysed using differential equations

Network Functions and Two-Port Networks described

Laplace transform and its application to network theory emphasised

Design of constant K and m-derived filters explained

Numerous solved examples and practice problems for a thorough grasp of the subject

A huge Question Bank of multiple choice questions with answers exhaustively covering the topics discussed.

With all these features, the book would be extremely useful not only for undergraduate engineering students but also for AMIE and GATE candidates as well as practising engineers.

ABOUT THE AUTHOR C.L. Wadhwa

C.L. Wadhwa, formerly Professor and Head of Electrical Engineering Department at the Delhi College of Engineering, Delhi, obtained his Ph.D. degree in Electrical Engineering from the Indian Institute of Technology, Delhi. Professor Wadhwa has an experience of more than 30 years in teaching undergraduate as well as postgraduate classes in the areas of electrical machines, transmission networks, utilisation of electric energy, switchgear and protection, high voltage engineering, electric field theory, advanced network analysis, computer optimisation, economics of power systems, computer methods in power systems, computer methods in power systems etc. He has also contributed a few papers in national and international journals. His current interests are economic operation of power systems, multi-objective programming and sparsity techniques in power systems.