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Introduction to Electronics: A Basic Approach is designed so that anyone who needs to learn about circuits can pick up the text and start learning right away. Offering easy-to-understand language, the text presents concepts in a simple, step-by-step format, reinforced with ample examples and problems in every chapter. Thoroughly class-tested, the text introduces complex formulas and derivations as necessary, so readers won’t be overwhelmed.
Table of Contents
Chapter 1 Introduction
Chapter 2 Basic Electrical Quantities
Chapter 3 Resistance and Ohm’s Law
Chapter 4 Single Source Networks
Chapter 5 Special Topics
Chapter 6 Sources
Chapter 7 Multi-Source Networks
Chapter 8 Network Theorems
Chapter 9 The Capacitor
Chapter 10 The Inductor
Chapter 11 AC Waveforms: Basic Quantities
Chapter 12 Single Source AC Networks
Chapter 13 AC Power
Chapter 14 Multi-Source Networks in AC
Chapter 15 Network Theorems in AC
Chapter 16 Filters and Bode Plots
Chapter 17 Resonance
Chapter 18 Polyphase Systems
Chapter 19 Transformers
Chapter 20 Non-sinusoidal Waveforms
APPENDIX A - DETERMINANTS AND CRAMMER'S RULE
APPENDIX B - MAXIMUM POWER TRANSFER THEOREM DERIVATION
APPENDIX C - MULTISIM SIMULATION PROGRAM WITH APPLICATIONS