前言
PART 1　FUNDAMENTALS OF ELECTRIC ENGINEERING 1
Chapter 1　Circuit Fundamentals 1
　1. 1　Electrostatic Charges 1
　1. 2　Conductors, Insulators and Semiconductors 2
　1. 3　Current, Voltage and Resistance 2
　1. 4　Measuring Resistance, Voltage and Current 5
　1. 5　DC Series Electrical Circuit 7
　1. 6　Alternating Current Voltage 8
Chapter 2　Analog Electronics 14
　2. 1　Introduction 14
　2. 2　Operational Amplifiers 14
　2. 3　Differential Amplifiers 17
　2. 4　Integrator and Differentiator 19
　2. 5　Active Filters 20
Chapter 3　Digital Electronics 26
　3. 1　Introduction 26
　3. 2　Digital Number Systems 26
　3. 3　Binary Logic Circuits 29
　3. 4　Combination Logic Gates 30
　3. 5　Timing and Storage Elements 32
Chapter 4　Power Electronics Technology 39
　4. 1　Introduction 39
　4. 2　Applications and the Roles of Power Electronics 39
　4. 3　Structure of Power Electronics Interface 43
　4. 4　Voltage-Link Structure Applications 45
　4. 5　Recent and Potential Advancements 47
Chapter 5　Magnetism and Electromagnetism 52
　5. 1　Introduction 52
　5. 2　Permanent Magnets 52
　5. 3　Magnetic Field around Conductors and a Coil 53
　5. 4　Ohm..s Law for Magnetic Circuits 56
　5. 5　Domain Theory of Magnetism 56
　5. 6　Electricity Produced by Magnetism 57
目　　录　Ⅴ
PART 2　CONTROL THEORY AND TECHNOLOGY 62
Chapter 6　Knowledge of Control Theory 62
　6. 1　What Is Control 62
　6. 2　Feedback 63
　6. 3　PID Control 65
　6. 4　Adaptive Control 66
Chapter 7　Motor Drives and Controls 73
　7. 1　DC Motor Drives 73
　7. 2　Inverter-Fed Induction Motor Drives 79
Chapter 8　Programmable Logic Controller Technology 90
　8. 1　Introduction 90
　8. 2　PLC Operation Process 93
　8. 3　PLC Maintenance Management 94
　8. 4　The Application Future of PLC 96
Chapter 9　Single Chip Microcomputer Control Technology 102
　9. 1　Foundation 102
　9. 2　A Single-Chip Microcomputer Integrated Circuit 105
　9. 3　Digital Signal Processors 107
Chapter 10　Computer Networking Basics 112
　10. 1　Foundation 112
　10. 2　Applications 112
　10. 3　Requirements 113
　10. 4　Links, Nodes and Clouds 114
　10. 5　Network Architecture 116
　10. 6　Network Security 120
PART 3　ELECRICAL MACHINES AND DEVICES 125
Chapter 11　Direct-Current Machines 125
　11. 1　Introduction 125
　11. 2　Basic Structural Feature 127
　11. 3　Effect of Armature MMF 132
Chapter 12　Three-Phase Induction Motors 137
　12. 1　Introduction 137
　12. 2　Construction of Three-Phase Induction Motors 138
　12. 3　Principle of Operation 140
　12. 4　Equivalent Circuit 142
Chapter 13　Synchronous Machines 148
　13. 1　Introduction 148
　13. 2　Principle of Operation 149
Chapter 14　Transformers 156
　14. 1　Introduction 156
Ⅵ 　电气工程与自动化专业英语
　14. 2　Transformer Construction 157
　14. 3　Ideal Transformers 161
Chapter 15　Permanent Magnet Machines 165
　15. 1　Introduction 165
　15. 2　Introduction of PM Materials 165
　15. 3　Classification of PM Motors 167
　15. 4　Operational Principle of PM Motors 168
PART 4　POWER SYSTEMS 175
Chapter 16　Operating Characteristics of Modern Power Systems 175
　16. 1　Transmission and Distribution Systems 175
　16. 2　Power System Controls 177
　16. 3　Generator-Voltage Control 178
　16. 4　Turbine-Governor Control 180
　16. 5　Load-Frequency Control 182
　16. 6　Optimal Power Flow 183
　16. 7　Power System Stability 184
Chapter 17　Generating Plants 188
　17. 1　Electric Energy 188
　17. 2　Fossil-Fuel Plants 190
　17. 3　Nuclear Power Plants 192
　17. 4　Hydroelectric Power Plants 193
　17. 5　Wind Power Systems 194
　17. 6　Photovoltaic Systems 197
Chapter 18　Concepts and Models for Microgeneration and Microgrids 201
　18. 1　Introduction 201
　18. 2　The Foundation of Microgrid Concept 203
　18. 3　The Microgrid Operational and Control Architecture 206
Chapter 19　High Voltage Insulation 213
　19. 1　Introduction 213
　19. 2　Lightning 213
　19. 3　Switching Surges 215
　19. 4　Insulation Coordination 216
Chapter 20　System Protection 222
　20. 1　Introduction 222
　20. 2　Protection of Radial Systems 223
　20. 3　System with Two Sources 224
　20. 4　Impedance (Distance) Relays 226
　20. 5　Differential Protection of Generators 228
　20. 6　Differential Protection of Transformers 230
　20. 7　Computer Relaying 232