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Understandable Electric Circuits

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Author(s): Meizhong Wang
Publication Year: 2010

There are many 'Electric Circuits' books on the market but this unique Understandable Electric Circuits book provides an understandable and effective introduction to the fundamentals of DC/AC circuits. It covers current, voltage, power, resistors, capacitors, inductors, impedance, admittance, dependent/independent sources, the basic circuit laws/rules (Ohm's law, KVL/KCL, voltage/current divider rules), series/parallel and wye/delta circuits, methods of DC/AC analysis (branch current and mesh/node analysis), the network theorems (superposition, Thevenin's/Norton's theorems, maximum power transfer, Millman's and substitution theorems), transient analysis, RLC circuits and resonance, mutual inductance, transformers, and more. This book presents material in a clear and easy-to-understand manner. All important concepts, rules and formulas are highlighted after the explanation and are also summarised at the end of each chapter, making it easy to locate important facts and to study more effectively. The laboratory experiments at the end of each chapter are convenient for doing hands-on practice. These will motivate readers to master the circuit theory, especially college and university students or self-learners in this field. The English version of this book continues in the spirit of its successful Chinese version, which was published by Higher Education Press (the largest and most prominent publisher of educational books in China) in 2005 and reprinted in 2009.

Inspec keywords: voltage dividers; RLC circuits; resistors; electric admittance; transient analysis; circuit theory; capacitors; transformers; inductors

Other keywords: Ohm law; DC-AC circuits; Thevenin theorem; substitution theorem; maximum power transfer; Norton theorem; transient analysis; mesh-node analysis; Millman theorem; basic circuit rules; mutual inductance; RLC resonance; inductor; parallel circuits; KVL; current divider rules; KCL; voltage divider rules; electric circuits; capacitor; DC-AC analysis; admittance; branch current; series circuits; transformers; RLC circuits; resistor; impedance; superposition; wye-delta circuits; basic circuit laws; independent sources; network theorems

Subjects: General circuit analysis and synthesis methods; Capacitors; Resistors; Other analogue circuits; Inductors and transformers

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