Primarily this text aims at establishing a firm understanding of the basic laws of Electric Circuits and developing a working knowledge of methods of analysis used most frequently in Electrical Engineering .This book also provides a comprehensive insight into the principal techniques available for characterizing Circuits and Networks theoretically.
Key Features :
Discussion on locus diagrams, average and RMS values of different waveforms, parallel connection of coupled coils, magnetic circuits and equalizers
LAPLACE TRANSFORM DETAILED: Now the text contains two chapters on Laplace Transform, which include introduction to the topics as well as its application to Circuit analysis.
CHAPTER ON S-DOMAIN: A chapter on S-domain has been added in the book.
P-SPICE: There is a chapter on PSPICE along with 32 solved problems on PSPICE in the book.
PEDAGOGICAL TOOLS: Includes 1083 problems (Solved and Unsolved)
183 solved problems
282 additional solved problems
330 practice problems
260 objective type problems
Detailed coverage on Laplace Transform in the new edition.
New chapter on S-domain and inclusion of PSPICE problems in the new edition.
Rich pedagogy. Total problems in the book and OLC account to more than 1000 in number.
Table of Content :
Chapter 1 Circuit elements and Kirchhoff's laws
Chapter 2 Methods of analyzing circuits
Chapter 3 Useful theorems in circuit analysis
Chapter 4 Introduction to alternating currents and voltages
Chapter 5 Complex impedance
Chapter 6 Power and power factor
Chapter 7 Steady state AC analysis
Chapter 8 Resonance
Chapter 9 Polyphase circuits
Chapter 10 Coupled circuits
Chapter 11 Transients
Chapter 12 Introduction to Laplace transform
Chapter 13 Application of Laplace transform in circuit analysis
Chapter 14 Network functions
Chapter 15 S-domain
Chapter 16 Two port network
Chapter 17 Elements of realizability and syn
Chapter 18 Filters and attenuators thesis of one port network
Chapter 19 An introduction to PSPICE