Table of Contents
Introduction
Acknowledgements
Part I: THEORY OF SEMICONDUCTORS
Chapter 1: Basic Physical Theory
Chapter 2: Physics of Semiconductor Devices
Chapter 3: Construction and Characteristics of Transistors
Chapter 4: Equivalent Circuits
Part II: DESIGN OF CIRCUITS
Chapter 5: Rectifiers and Stabilizers
Chapter 6: Voltage Amplifiers
Chapter 7: Power Amplifiers
Chapter 8: Oscillator Circuits
Chapter 9: Pulse and Computing Circuits
Chapter 10: Photo-electric Applications
Chapter 11: Special Applications
Part III: EXPERIMENTS WITH SEMICONDUCTORS
Chapter 12: Laboratory Demonstrations: Semiconductor Characteristics and Circuits
Chapter 13: Experiments with Semiconductor Circuits
Chapter 14: Design Experiments
Appendix A: Answers to Numerical Questions
Appendix B: References for Further Reading
Appendix C: Proof of is μ=re2rc(1−α0)
Appendix D: Classification of Symbols
Index
SIGNAL FLOW ANALYSIS
ELECTRONIC COMPONENTS, TUBES AND TRANSISTORS
