Contents 1
前言 1
PART 1:FUNDAMENTAL OF ELECTRICAL AND ELECTRONIC ENGINEERING 1
Chapter 1 Circuit Theory Fundamentals 1
Section 1 Kirchhoff's Laws 1
Section 2 Two-terminal Characterization of Elements 11
Section 3 Voltage Source and Current Source 12
Section 4 Circuit Elements 15
New Words and Expressions 17
Notes 18
Comprehension 19
Chapter 2 Electronic Circuits 21
Section 1 Introduction 21
Section 2 Semiconductor Devices 22
Section 3 Operational Amplifiers and Their Applications 29
Section 4 Digital Circuits 32
New Words and Expressions 37
Notes 40
Comprehension 40
Chapter 3 Circuit Simulation 42
Section 1 Syntax of PSpice Circuit Netlist 42
Section 2 DC Analysis with SPICE 46
Section 3 AC Analysis with SPICE 57
New Words and Expressions 61
Notes 62
Comprehension 62
PART 2:ELECTRICAL ENGINEERING 65
Chapter 4 Electric Machinery 65
Section 1 Elementary Concept 65
Section 2 Elementary synchronous Machines 66
Section 3 Elementary Three-phase Induction Motors 70
Section 4 Elementary DC Machines 75
New Words and Expressions 80
Notes 82
Comprehension 83
Chapter 5 Industry Electric Control 85
Section 1 Introduction to Feedback and Control 85
Section 2 Stability and Performance 87
Section 3 Freguency Response of Systems 92
New Words and Expressions 94
Notes 96
Comprehension 97
Chapter 6 PLC Device and Application 99
Section 1 Background 99
Section 3 Memory Areas 103
Section 2 Hardware Considerations 103
Section 4 Application of PLC 113
New Words and Expressions 115
Notes 116
Comprehension 117
Chapter 7 Typical EMI Filters 119
Section 1 Basic Style Filters 119
Section 2 Other Style Filters 123
Section 3 Reviews of Filter Design 126
Section 4 Filter Q 129
New Words and Expressions 130
Notes 131
Comprehension 132
Chapter 8 MOS Transistor 134
Section 1 Basic Structure 134
PART 3:ELECTRONIC ENGINEERING 134
Section 2 A Qualitative Description of MOS Transistor Operation 139
Section 3 A Fluid Dynamic Analog 141
Section 4 MOS Transistor Characteristics 143
New Words and Expressions 145
Notes 146
Comprehension 147
Chapter 9 Noise Reduction Techniques in Electronic System 149
Section 1 Introduction to Electromagnetic Compatibility(EMC) 149
Section 2 Common-mode and Differential-mode Currents 152
Section 3 Typical Noise Path and Noise Coupling Methods 159
Section 4 Methods of Eliminating Interferences 163
New Words and Expressions 164
Notes 165
Comprehension 165
Section 1 EMC and the PCB 168
Chapter 10 EMC inside the PCB 168
Section 2 Common-mode and Differential-mode Currents in the PCB 172
Section 3 Fundamental Principle and Concepts for Suppression of RF Energy 178
New Words and Expressions 180
Notes 181
Comprehension 181
PART 4:INFORMATION AND COMPUTER ENGINEERING 183
Chapter 11 Computer 183
Section 1 Information System 183
Section 2 Hardware 184
Section 3 Software 186
Section 4 Computer Networks 192
Section 5 Multimedia Technology 195
New Words and Expressions 198
Comprehension 202
Notes 202
Section 1 Analog Signal and Digital Signal Processing 205
Chapter 12 Introduction to Signal Processing 205
Section 2 Sampling 207
Section 3 Quantization Process 211
New Words and Expressions 214
Notes 215
Comprehension 216
Chapter 13 Modern Communication Technologies 218
Section 1 Frame Relay 218
Section 2 Asynchronous Transfer Mode(ATM) 221
Section 3 Mobile Communication Technologies:GSM and CDMA 227
New Words and Expressions 231
Notes 233
Comprehension 233
Section 1 Foreword and Introduction 236
PART 5:APPLICATION AND PRACTICE 236
Chapter 14 Scattering Parameter(S-Parameter)Measurement 236
Section 2 Using S-parameters 237
Section 3 Measurement of S-parameters 240
New Words and Expressions 244
Notes 245
Comprehension 245
Chapter 15 User's Guide for Electric and Electronic Products 247
Section 1 Help Index for Digital Storage Oscilloscope/Logic Analyzer Cards 247
Section 2 Printing System Late-breaking Readme File for LaserJet Printers 253
Section 3 Mobile Phone 256
New Words and Expressions 261
Notes 262
Comprehension 263
参考文献 265