Part 1 Electric Circuits and Electronics 3
Lesson 1 Fundamentals of Electric Circuits 3
Lesson 2 Linear Circuit Analysis 11
Lesson 3 Three-phase Circuits 20
Lesson 4 Analog Amplifiers 28
Lesson 5 Basic Circuits of Operational Amplifiers 36
Lesson 6 Introduction to Logic Circuits 46
Lesson 7 Flip-flops 55
Lesson 8 Binary Number System 64
Part 2 Electrical Machines and Drives 75
Lesson 9 Transformers 75
Lesson 10 Electromechanical Energy Conversion 82
Lesson 11 DC Generator Analysis 90
Lesson 12 DC Motor Analysis 96
Lesson 13 Three-phase Induction Motors 102
Lesson 14 Synchronous Machines 111
Lesson 15 Power Electronics Ⅰ—Power Semiconductor Devices 118
Lesson 16 Power Electronics Ⅱ—Power Electronic Converters 127
Part 3 System Dynamics and Control 135
Lesson 17 An Introduction to Control Systems 135
Lesson 18 The Transfer Function and Laplace Transformation 142
Lesson 19 System Stability and Time Response 150
Lesson 20 The Steady-State of Control Systems 158
Lesson 21 System Design and Compensation Techniques 164
Lesson 22 Nonlinear Control Systems 172
Lesson 23 Introductions to Phase-Plane Analysis 178
Lesson 24 State-space Analysis of Control Systems 186
Part 4 Computer Engineering 197
Lesson 25 Signal and Signal-Processing System 197
Lesson 26 Digital Signal Processing 203
Lesson 27 D/A(Digital-to-Analog)Converter 212
Lesson 28 Introductions to CAD and CAM 222
Lesson 29 An Introduction to MATLAB 230
Lesson 30 Programmable Logic Controller Design 238
Lesson 31 Introductions to Sensors 243
Lesson 32 Process Control System 252
参考文献 261