Amos Principles of Transistor Circuits

Introduction to the Design of Amplifiers, Receivers and Digital Circuits
7. Auflage 2013
ISBN: 978-1-4831-0503-1
Verlag: Elsevier Science & Techn.
Format: PDF
Kopierschutz: 1 - PDF Watermark

E-Book, Englisch, 360 Seiten, Web PDF

Principles of Transistor Circuits, Seventh Edition discusses the fundamental concepts of transistor circuits. The book is comprised of 16 chapters that cover amplifiers, oscillators, and generators. Chapter 1 discusses semiconductors and junction nodes, while Chapter 2 covers the basic principles of transistors. The subsequent chapters focus on amplifiers, where one of the chapters discusses bias and D.C. The book also talks about sinusoidal oscillators and covers modulators, demodulators, mixers, and receivers. Chapters 13 and 14 discuss pulse generators and sawtooth generators, respectively. The last two chapters deal with digital circuits and the further applications of transistors and other semiconductor devices. The book will be of great use to professionals whose work requires a good understanding of the properties of transistor circuits.

Stan Amos, formerly head of Technical Publications Section Engineering Training Department BBC, has been writing about electronics since the 1950s.

Autoren/Hrsg.

Amos, S W

Inhaltsverzeichnis

1;Front Cover;1
2;Principles of Transistor Circuits;4
3;Copyright Page;5
4;Table of Contents;8
5;Acknowledgements;6
6;Preface to the Seventh Edition;7
7;CHAPTER 1. Semiconductors and Junction Diodes;10
7.1;INTRODUCTION;10
7.2;MECHANISM OF SEMICONDUCTION;11
7.3;COMPOUND SEMICONDUCTORS;18
7.4;PN JUNCTIONS;19
7.5;JUNCTION DIODES;23
8;CHAPTER 2. Basic Principles of Transistors;31
8.1;BIPOLAR TRANSISTORS;31
8.2;FIELD-EFFECT TRANSISTORS;45
9;CHAPTER 3. Common-base and Common-gate Amplifiers;54
9.1;COMMON-BASE AMPLIFIERS;54
9.2;COMMON-GATE AMPLIFIERS;63
10;CHAPTER 4. Common-emitter and Common-source Amplifiers;66
10.1;COMMON-EMITTER AMPLIFIERS;66
10.2;COMMON-SOURCE AMPLIFIERS;76
11;CHAPTER 5. Common-collector and Commondrain Amplifiers (Emitter and Source Followers);78
11.1;COMMON-COLLECTOR AMPLIFIERS;78
11.2;COMMON-DRAIN AMPLIFIERS;87
11.3;COMPARISON OF FIELD-EFFECT TRANSISTOR AMPLIFIERS;88
12;CHAPTER 6. Bias and D.C. Stabilisation;90
12.1;BIPOLAR TRANSISTORS;90
12.2;FIELD-EFFECT TRANSISTORS;105
13;CHAPTER 7. Small-signal A.F. Amplifiers;110
13.1;DEFINITION OF SMALL-SIGNAL AMPLIFIER;110
13.2;DISTINCTION BETWEEN VOLTAGE AND CURRENT AMPLIFIERS;110
13.3;TRANSISTOR PARAMETERS IN SMALL-SIGNAL AMPLIFIERS;112
13.4;SINGLE-TRANSISTOR STAGES;112
13.5;TWO-STAGE AMPLIFIERS;115
13.6;USE OF NEGATIVE FEEDBACK;116
13.7;TWO-STAGE AMPLIFIERS;120
13.8;EMITTER FOLLOWER;126
13.9;DARLINGTON CIRCUIT;128
13.10;LOW-NOISE TRANSISTOR AMPLIFIERS;129
13.11;CIRCUITS EMPLOYING F.E.T. AND BIPOLAR TRANSISTORS;130
14;CHAPTER 8. Large-signal A.F. Amplifiers;131
14.1;DEFINITION OF A LARGE-SIGNAL AMPLIFIER;131
14.2;TRANSISTOR PARAMETERS IN LARGE-SIGNAL AMPLIFIERS;131
14.3;CLASS-A AMPLIFIERS;132
14.4;CLASS-B AMPLIFIERS;135
14.5;SYMMETRICAL CLASS-B AMPLIFIER;141
14.6;ASYMMETRIC CLASS-B AMPLIFIER;143
14.7;COMPLEMENTARY CLASS-B AMPLIFIER;144
14.8;INTEGRATED-CIRCUIT A.F. POWER AMPLIFIER;148
14.9;HEAT SINKS;149
14.10;DARLINGTON POWER TRANSISTORS;152
15;CHAPTER 9. D.C. and Pulse Amplifiers;153
15.1;INTRODUCTION;153
15.2;D.C. AMPLIFIERS;153
15.3;OPERATIONAL AMPLIFIERS;157
15.4;PULSE AMPLIFIERS;162
15.5;VOLTAGE PULSE AMPLIFIERS;165
15.6;COMPLEMENTARY EMITTER FOLLOWER;167
15.7;VIDEO AMPLIFIER FOR TELEVISION RECEIVER;168
15.8;INTEGRATED-CIRCUIT PULSE AMPLIFIER;173
16;CHAPTER 10. R.F. and I.F. Amplifiers;175
16.1;INTRODUCTION;175
16.2;CLASS-C OPERATION;175
16.3;COMMON-EMITTER R.F. AMPLIFIERS;177
16.4;COMMON-BASE R.F. AMPLIFIER;178
16.5;I.F. AMPLIFIERS;184
16.6;AUTOMATIC GAIN CONTROL (A.G.C.);194
16.7;DECOUPLING;196
16.8;USE OF INTEGRATED CIRCUITS;197
17;CHAPTER 11. Sinusoidal Oscillators;199
17.1;INTRODUCTION;199
17.2;POSITIVE-FEEDBACK OSCILLATORS;200
17.3;PHASE-SHIFT OSCILLATORS;204
17.4;NEGATIVE-RESISTANCE OSCILLATORS;211
18;CHAPTER 12. Modulators, Demodulators, Mixers and Receivers;216
18.1;INTRODUCTION;216
18.2;AMPLITUDE MODULATORS;216
18.3;FREQUENCY MODULATORS;217
18.4;A.M. DETECTORS;219
18.5;F.M. DETECTORS;227
18.6;COMPLETE RECEIVERS;236
19;CHAPTER 13. Pulse Generators;237
19.1;INTRODUCTION: THE TRANSISTOR AS A SWITCH;237
19.2;MULTIVIBRATOR: BISTABLE;239
19.3;MULTIVIBRATOR: MONOSTABLE;244
19.4;MULTIVIBRATOR: ASTABLE;251
19.5;SYNCHRONISING OF MULTIVIBRATORS;253
19.6;EMITTER-COUPLED MULTIVIBRATOR;254
19.7;BLOCKING OSCILLATOR;256
20;CHAPTER 14. Sawtooth Generators;262
20.1;INTRODUCTION;262
20.2;SIMPLE DISCHARGER CIRCUIT;263
21;CHAPTER 15. Digital Circuits;271
21.1;INTRODUCTION;271
21.2;LOGIC LEVELS;271
21.3;BINARY SCALE;272
21.4;LOGIC GATES;273
21.5;BISTABLES;284
22;CHAPTER 16. Further Applications of Transistors and other Semiconductor Devices;307
22.1;INTRODUCTION;307
22.2;SUPPLY-VOLTAGE STABILISING CIRCUITS;307
22.3;CAPACITANCE-DIODE A.F.C. CIRCUIT;316
22.4;D.C. CONVERTERS;318
22.5;PHOTO-TRANSISTORS;320
22.6;THYRISTORS;322
22.7;ATTENUATOR USING AN F.E.T.;331
23;APPENDIX A: The Manufacture of Transistors and Integrated Circuits;333
23.1;PREPARATION OF GERMANIUM FOR TRANSISTOR MANUFACTURE;333
23.2;PREPARATION OF SILICON FOR TRANSISTOR MANUFACTURE;334
23.3;GROWN TRANSISTORS;334
23.4;ALLOY JUNCTION TRANSISTORS;335
23.5;SURFACE-BARRIER TRANSISTOR;337
23.6;DRIFT TRANSISTORS;338
23.7;DIFFUSED TRANSISTORS;338
23.8;EPITAXIAL DIFFUSED TRANSISTORS;340
23.9;PLANAR TRANSISTORS;341
23.10;INTEGRATED (MONOLITHIC) CIRCUITS;343
24;APPENDIX B: Transistor Parameters;346
24.1;INTRODUCTION;346
24.2;Z PARAMETERS;346
24.3;Y PARAMETERS;347
24.4;HYBRID PARAMETERS;348
24.5;RELATIONSHIP BETWEEN HYBRID PARAMETERS AND THE T-SECTION EQUIVALENT CIRCUIT;350
25;APPENDIX C: The Stability of a Transistor Tuned Amplifier;352
26;Index;356