Basic Electrical Engineering

Chapter 1: Elementary Concepts and Definitions 
Chapter 2: Fundamentals of Resistive Circuits
Chapter 3: Fundamentals of Reactive Circuits
Chapter 4: Steady State Analysis for Sinusoidal Excitation
Chapter 5: Frequency Response
Chapter 6: Three-Phase Circuits
Chapter 7: Magnetic Circuits
Chapter 8: Transformers
Chapter 9: EMF and Torque in Electric Machines
Chapter 10: DC Machines
Chapter 11: Synchronous Machine 
Chapter 12: Induction Motor
Chapter 13: Fractional-kW Motors
Chapter 14: Measurement Techniques and Electric and Electronic Instrumentation
Chapter 15: Power Systems
Chapter 16: Domestic Wiring
Chapter 17: Renewable Energy Sources
Chapter 18: Semiconductor Devices and Applications
Chapter 19: DC-DC Converters and Inverters
Chapter 20: Digital Electronics and Communication Engineering


   Appendix A: Resistance
   Appendix B: Electrical Safety
   Appendix C: Applications of Electric Motors
   Appendix D: Battery
   Appendix E: Switch Mode Power Supply (SMPS) and Uninterruptible Power Supply (UPS)
   Appendix F: Answers to Problems
   Appendix G: Graph Theory (Web Component)
   Appendix H: Complex Numbers (Web Component)
   Appendix I: Introduction to MATLAB (Web Component)


Bibliography
Index

OVERVIEW


Basic Electrical Engineering is a core course for the first-year students of all engineering disciplines across the country. This course enables them to apply the basic concepts of Electrical engineering for multi-disciplinary t

• Basic Electrical Engineering