E-Book, Englisch, 460 Seiten, Web PDF
Bleuler / Haxby Electronic Methods
2. Auflage 2013
ISBN: 978-1-4831-9176-8
Verlag: Elsevier Science & Techn.
Format: PDF
Kopierschutz: 1 - PDF Watermark
Methods of Experimental Physics
E-Book, Englisch, 460 Seiten, Web PDF
ISBN: 978-1-4831-9176-8
Verlag: Elsevier Science & Techn.
Format: PDF
Kopierschutz: 1 - PDF Watermark
Methods of Experimental Physics, Volume 2 - Part A: Electronic Methods, Second Edition focuses on techniques and experimental methods involving vacuum-tube and solid-state electronic devices and vacuum-tube circuitry. This volume consists of eight main topics-passive linear circuit elements and networks, semiconductor circuit elements, vacuum tubes, gas tubes, rectifier circuits and power supplies, amplifiers, oscillators, and nonlinear circuits. In these topics, this book specifically discusses the relations between time and frequency response; devices employing bulk semiconductor properties; Richardson-Dushman equation; and gas tube phenomena. The full-wave rectifiers with capacitive load; vacuum tube and field-effect transistor bias circuits; and harmonic oscillators are also elaborated. This text likewise covers the oscillators that use negative resistance devices; field-effect transistors; and analog-to-digital (A/D) converters. This publication is a good source for physicists and students interested in techniques and methods involving electronic equipment.
Autoren/Hrsg.
Weitere Infos & Material
1;Front Cover;1
2;Electronic Methods;4
3;Copyright Page;5
4;Table of Contents;6
5;CONTRIBUTORS T O VOLUME 2, PART A;14
6;FOREWORD;16
7;CONTENTS OF VOLUME 2, PART B;18
8;CONTRIBUTORS TO VOLUME 2, PART B;20
9;CHAPTER 1. PASSIVE LINEAR CIRCUIT ELEMENTS AND NETWORKS;24
9.1;1.1. Basic Principles and Terminology1;24
9.2;1.2. Network Theory;30
9.3;1.3. Two-Terminal-Pair Networks; Filters;40
9.4;1.4. Distributed Constant Networks;52
9.5;1.5. Components;56
9.6;1.6. Construction Techniques36,37;62
10;CHAPTER 2. SEMICONDUCTOR CIRCUIT ELEMENTS;68
10.1;2.1. Introduction1,2 ;68
10.2;2.2. Discrete Semiconductor Devices3–9;70
10.3;2.3. Integrated Circuits (ICs)10–2 0;126
11;CHAPTER 3. VACUUM TUBES;170
11.1;3.1. Thermionic Emission;170
11.2;3.2. Diodes;175
11.3;3.3. Triodes;178
11.4;3.4. Multielement Tubes;181
11.5;3.5. Selection of Tubes;184
12;CHAPTER 4. GAS TUBES;188
12.1;4.1. Gaseous Electronic Devices;188
12.2;4.2. Gas Tube Phenomena;188
12.3;4.3. Corona Devices;190
12.4;4.4. Glow Devices;192
12.5;4.5. Arc Devices;195
12.6;4.6. Microwave Gas Tubes30;209
12.7;4.7. Tube and Spark Gap Ratings: Definitions;209
13;CHAPTER 5. RECTIFIER CIRCUITS AND POWER SUPPLIES;212
13.1;5.1. Rectifier Circuits;212
13.2;5.2. Controlled Rectifier Circuits;247
13.3;5.3. Regulated Power Supplies;265
14;CHAPTER 6. AMPLIFIERS;268
14.1;6.1. Specification;269
14.2;6.2. Basic Amplifier Stages;276
14.3;6.3. Direct Coupled Amplifiers;310
14.4;6.4. Broadband Amplifiers (Video, Pulse)38;328
14.5;6.5. Operational Amplifiers41–44;332
14.6;6.6. Tuned Amplifiers 45–47;338
14.7;6.7. Power Amplifiers 49–51;343
14.8;6.8. Low-Noise Amplifiers 52–55;348
14.9;6.9. Active Filters48,61'62;356
14.10;6.10. Modulators and Detectors65–68;359
15;CHAPTER 7. OSCILLATORS;364
15.1;7.1. General Considerations1–7;364
15.2;7.2. Harmonic Oscillators;366
15.3;7.3. Relaxation Oscillators;371
16;CHAPTER 8. NONLINEAR CIRCUITS;384
16.1;8.1. General Discussion;384
16.2;8.2. Nonlinear Devices;384
16.3;8.3. Nonregenerative Nonlinear Circuits;392
16.4;8.4. Regenerative Nonlinear Circuits;418
16.5;8.5. Special Circuits;425
16.6;8.6. Logic Circuits;432
17;AUTHOR INDEX;446
18;SUBJECT INDEX;450
