Brookes Basic Electric Circuits

Pergamon International Library of Science, Technology, Engineering and Social Studies
2. Auflage 2014
ISBN: 978-1-4831-8746-4
Verlag: Elsevier Science & Techn.
Format: PDF
Kopierschutz: 1 - PDF Watermark

E-Book, Englisch, 362 Seiten, Web PDF

Basic Electric Circuits, Second Edition details the underlying principle that governs the electric-circuit theory. The title provides problems and worked examples that supplement the discussion of applications of the ideas. The text first deals with conducting and insulating materials, and then proceeds to talking about semiconductor junction devices. Next, the selection covers resistance, capacitance, and inductance, along with different kinds of circuitry. The title also discusses graphical methods, symbolic method of analysis, and elementary transmission-line analysis. The book will be of great use to students of electrical engineering. The text will also serve as a reference material for professional engineers.

Autoren/Hrsg.

Brookes, A. M. P.

Inhaltsverzeichnis

1;Front Cover;1
2;Basic Electric Circuits;4
3;Copyright Page;5
4;Table of Contents;6
5;Preface;8
6;Acknowledgement;9
7;CHAPTER 1. Conducting and Insulating Materials;10
8;CHAPTER 2.
Semiconductor Junction Devices;25
8.1;The pn Junction;28
8.2;The Effect of Bias;31
8.3;Comparative Characteristics of Active Devices;38
9;CHAPTER 3. Resistance, Capacitance and Inductance;43
10;CHAPTER 4. Resistive Circuits;55
10.1;Delta to Star Transformation;73
10.2;Star to Delta Transformation;74
10.3;Typical Examination Questions;87
11;CHAPTER 5. Capacitive Circuits;92
11.1;Typical Examination Questions;106
12;CHAPTER 6. Inductive Circuits;108
12.1;Typical Examination Questions;117
13;CHAPTER 7. Circuits containing R, C and L;119
13.1;Typical Examination Questions;128
14;CHAPTER 8. Graphical Methods;130
14.1;Typical Examination Questions;151
15;CHAPTER 9. Symbolic Method of Analysis;153
15.1;Typical Examination Questions;169
16;CHAPTER 10. Network Theorems;172
16.1;Typical Examination Questions;183
17;CHAPTER 11. Bridge Networks;187
17.1;Typical Examination Questions;200
18;CHAPTER 12. Elementary Transmission-line Analysis;203
18.1;Typical Examination Questions;212
19;CHAPTER 13. Tuned Circuits and Filters;213
19.1;Typical Examination Questions;235
20;CHAPTER 14. Polyphase Circuits;239
20.1;Typical Examination Questions;264
21;CHAPTER 15. Simple Transients;266
21.1;Typical Examination Questions;276
22;CHAPTER 16. Non-sinusoidal Excitation;278
22.1;Typical Examination Questions;294
23;CHAPTER 17. Valves and Transistors as Circuit Elements;297
23.1;Amplification;299
23.2;Characteristics;300
23.3;Bipolar Transistor;302
23.4;Ideal Small-Signal Current Amplifiers;305
23.5;Small Signal Performance of the Common Emitter Amplifier;307
23.6;Comparative Table of Symbols;315
23.7;Field Effect Transistor;316
23.8;Typical Examination Questions;321
24;CHAPTER 18. Amplifiers and Oscillators;324
24.1;Resistance–Capacitance Amplifiers;325
24.2;R.C. Stages in Cascade;332
24.3;Feedback;333
24.4;Negative Feedback Amplifiers;334
24.5;Voltage and Current Feedback;340
24.6;Practical Design of Feedback Circuits;341
24.7;The Cathode Follower;343
24.8;The Source Follower;345
24.9;Low-power Oscillators;346
24.10;Typical Examination Questions;352
25;Index;360