Semiconductor Circuits. Theory, Design and Experiment

Content: 
Front Matter, Page iii
Copyright, Page iv
Introduction, Pages vi-vii
Acknowledgements, Page viii
CHAPTER 1 - Basic Physical Theory, Pages 3-25
CHAPTER 2 - Physics of Semiconductor Devices, Pages 26-41
CHAPTER 3 - Construction and Characteristics of Transistors, Pages 42-60
CHAPTER 4 - Equivalent Circuits, Pages 61-82
CHAPTER 5 - Rectifiers and Stabilizers, Pages 85-114
CHAPTER 6 - Voltage Amplifiers, Pages 115-151
CHAPTER 7 - Power Amplifiers, Pages 152-175
CHAPTER 8 - Oscillator Circuits, Pages 176-202
CHAPTER 9 - Pulse and Computing Circuits, Pages 203-224
CHAPTER 10 - Photo-electric Applications, Pages 225-237
CHAPTER 11 - Special Applications, Pages 238-265
CHAPTER 12 - Laboratory Demonstrations: Semiconductor Characteristics and Circuits, Pages 269-280
CHAPTER 13 - Experiments with Semiconductor Circuits, Pages 281-291
CHAPTER 14 - Design Experiments, Pages 292-296
Appendix A - Answers to Numerical Questions, Pages 297-298
Appendix B - References for Further Reading, Pages 299-301
Appendix C - Proof of , Page 302
Appendix D - Classification of Symbol, Pages 303-306
Index, Pages 307-310
SIGNAL FLOW ANALYSIS, Page ibc1
ELECTRONIC COMPONENTS, TUBES AND TRANSISTORS, Page ibc2