The thoroughly revised and updated text, now in its Second Edition, provides a firm foundation in each of the following three major areas: circuit analysis, electric machines, and measurement and instrumentation. It is backed by an extensive coverage of examples, objective questions, review questions and problems, designed to enhance students' understanding of the topics covered. It gives an exhaustive exposition of the fundamental concepts, techniques and devices in electrical engineering. KEY FEATURES: * Includes over 1000 Examples* Provides about 340 MCQs* Furnishes a large number of Solved Problems* Contains around 200 Review Questions* Includes about 180 Unsolved Problems with AnswersNEW TO THE SECOND EDITION: * Provides learning objectives of each chapter* Updates theoretical knowledge and rectify solutions to the examples wherever necessary* Introduces more review questions and solved examples in each chapter for practice
Table of Contents:
* Preface. *1. Elementary Concepts and Definitions. *2. Fundamentals of Resistive Circuits.*3. Fundamentals of Reactive Circuits.*4. Sinusoidal Steady State Analysis of Circuits.* 5. Frequency Response, Resonance, Fourier Analysis and Two-Port Networks. *6. Three-phase Circuits. *7. Circuit Analysis by Laplace Transformation. *8. Magnetic Circuits and Induction, Coupled Circuits and EMEC.*9. Transformers. *10. EMF and Torque in Electric Machines. *11. DC Machines. *12. Synchronous Machines. *13. Induction Machine. *14. Measurement Techniques and Instrumentation. *15. Electric and Electronic Instrumentation and Measurement. * Suggested Further Reading. * Index.