电力电子
Jayne Wu&吴公平
目录
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1 Power Electronic System(电力电子系统)
1.1 Introduction to the Course(课程简介)
1.2 Introduction to power electronic systems(电力电子系统概述)
1.3 Linear electronics(线性电子)
1.3.1 Linear power supply(线性电源)
1.3.2 Example Question1(例题1)
1.3.3 Example of switching mode power supply(开关模式电源示例)
1.3.4 Basic principle of Switch-Mode Synthesis(开关模式合成基本原理)
1.4 Scope and Applications(范围及应用)
1.5 Classification of power processors and converters(功率处理器和变换器的分类)
1.6 Current-voltage in an inductor and capacitor(电感器和电容器中的电流-电压)
1.7 课程PPT
1.8 第一章测试题
2 Overview of Power Semiconductor Devices(功率半导体器件概述)
2.1 Power semiconductor switches(功率半导体开关)
2.1.1 Classification of power semiconductor switches(功率半导体开关的分类)
2.1.2 Power switches(电源开关)
2.1.3 Generic switch symbol(通用开关符号)
2.1.4 Ideal switch and actual switch(理想开关和实际开关)
2.1.5 课程PPT
2.2 Diodes(二极管)
2.2.1 Diode switching characteristic(二极管开关特性)
2.2.2 Internal motion of diode on and off(二极管导通和关断的内部运动)
2.2.3 Switching behavior of Diodes(二极管开关动作)
2.3 Thyristors半导体开关元件
2.3.1 Thyristor structure and state (晶闸管结构和状态)
2.3.2 Switching characteristics(开关特性)
2.3.3 Example Question (例题)
2.4 第二章测试题
3 Power electronic devices(电力电子器件)
3.1 3-1-1Review of Basic Electrical andMagnetic Circuit Concepts基本电路和磁路概念复习
3.2 3-1-2Sinusoidal Steady State 正弦稳态
3.3 3-1-3Example: Power Factor Correction 功率因数校正
3.4 3-1-4Power Basics 电源基础知识
3.5 3-2-1 Three-Phase Circuit 三相电路
3.6 3-2-2 Steady State in Power Electronics 电力电子学中的稳态
3.7 3-2-3 Fourier Analysis 傅里叶分析
3.8 3-2-4 Distortion in the Input Current 输入电流中的失真
3.9 3-3-1 Ampere’s Law 安培定律
3.10 3-3-2 Continuity of Flux Lines 通量线连续性
3.11 3-3-3 Magnetic Circuit and its Electrical Analog 磁性电路及其电气模拟装置
3.12 3-3-4 Transformer Equivalent Circuit 变压器等效电路
3.13 课程PPT
3.14 第三章测试题
4 Diode Rectifiers(整流二极管)
4.1 Introduction(简介)
4.2 Rectifier Bridge Circuit(整流桥电路)
4.2.1 A Simple Circuit(R-L阻感电路)
4.2.2 Example Question 1(例题1
4.2.3 Half Bride Rectifier Circuit(带反电动势的半桥整流电路)
4.2.4 Example Question 2(例题2)
4.2.5 Single-Phase Diode Rectifier Bridge(单向二极管整流桥)
4.2.6 Diode-Rectifier Bridge Input Current(二极管整流桥输入电流)
4.2.7 Example Question 3(例题3)
4.2.8 Diode-Rectifier Bridge Analysis with AC-Side Inductance(带交流侧电感的二极管整流桥分析)
4.3 Current Communtation(电流换向)
4.3.1 Understanding Current Communtation(了解电流换向)
4.3.2 Current Commutation Waveforms and Time (电流换向波形和时间)
4.3.3 Output Voltage Incl Commutation Voltage Drop(输出电压,包括换向电压降)
4.3.4 Full-bridge Rectifier Ouput Voltage(全桥整流器中的电流换向)
4.4 Rectifier(整流器)
4.4.1 Example Question 4(例题4)
4.4.2 Rectifier With a Dcside Voltage(直流侧电压整流器)
4.4.3 DC-Side Voltage and Current Relationship(直流侧电压与电流关系)
4.4.4 Voltage Doubler Rectifier(倍压整流器)
4.4.5 Three-Phase Full-Bridge Rectifier(三相全桥整流器)
4.4.6 Three-Phase Rectifier:Current Commutation(三相整流器:电流换向)
4.5 课程PPT
4.6 第四章测试题
5 Thyristor converters (晶闸管换流器)
5.1 Thyristor Converters introduction 晶闸管换流器简介
5.2 Circuits with thyristors 带晶闸管的电路
5.2.1 Primitive circuits with thyristors 带晶闸管的原始电路
5.2.2 Thyristor Triggering 晶闸管的触发
5.3 Single-Phase Thyristor Converters 单相晶闸管换流器
5.3.1 Single-Phase Thyristor Converters 单相晶闸管换流器
5.3.2 Average DC Output Voltage 输出直流平均电压
5.3.3 Input Line-Current Waveforms 输入线电流波形
5.3.4 PhaseThyristor Converter 单相晶闸管换流器
5.3.5 Discontinuous Mode 不连续模式
5.3.6 Inverter Mode 逆变模式
5.4 3-Phase Thyristor Converters 三相晶闸管换流器
5.4.1 3-Phase Thyristor Converters 三相晶闸管换流器
5.4.2 Current Commutation Waveforms 电流换向波形
5.5 Other three-Phase Thyristor Converter 其他三相晶闸管换流器
5.6 Summary of thyristor circuit problems 晶闸管电路问题总结
5.6.1 conclusion 总结
5.6.2 Example question 1 例题1
5.6.3 Example questions 2 and 3 例题2、3
5.7 Examples explanations 例题讲解
5.7.1 Example questions 1~2 例题1~2
5.7.2 Example questions 3~7 例题3~7
5.8 课程PPT
5.9 第五章测试题
6 DC-DC Switch-Mode Converters(直流-直流开关模式转换器)
6.1 Introduction(简介)
6.2 Pwlse-Width Modulation in DC-DC converters(DC-DC转换器中的PWM)
6.3 Step-Down DC-DC Converter(降压直流-直流转换器)
6.3.1 Operating Principle(工作原理)
6.3.2 The relationship between input and output voltages(输入输出电压之间的关系)
6.3.3 continuous conduction mode(电流连续工作模式)
6.3.4 buck circle principle review(buck电路原理复习)
6.3.5 Current critical continuous operating state(电流临界连续工作状态)
6.3.6 Example Question 1(例题1)
6.3.7 Discontinuous Conduction Mode(断续模式)
6.3.8 Limits of Cont.Discot. conduction(连续-不连续传导的极限)
6.3.9 Output Voltage Ripple(输出电压纹波)
6.3.10 Example Question 2(例题2)
6.3.11 Example Question 3(例题3)
6.4 Step-up DC-DC converter
6.4.1 Working principle and continuous working mode of the boost DC-DC converter(升压直流-直流转换器以及连续工作模式)
6.4.2 Boundary between continuous and discontinuous mode(连续和不连续模式之间的边界)
6.4.3 Example Question 4(例题4)
6.4.4 Discont. Conduction(断续模式)
6.4.5 Limits of Continuous or Discontinuous conduction and Effect of Parasitics(连续和不连续传导的极限和寄生效应)
6.4.6 Example Question 5(例题5)
6.4.7 Output Ripple(输出纹波)
6.5 Step-down/up DC-DC converter
6.5.1 Buck-Boost DC-DC converter works and continuous conduction mode(Buck-Boost直流-直流转换器和连续导通方式)
6.5.2 Limits of Cont.or Discont. conduction and Discontinuous Conduction mode(连续和不连续的极限和断续导通模式)
6.5.3 Example.Output Voltage Ripple(例题和输出电压纹波)
6.6 Cuk DC-DC converter(Cuk直流-直流变换器)
6.7 课程PPT
6.8 第六章测试题
7 Switch-Mode DC-AC Inverters(开关模式DC-AC逆变器)
7.1 introduction of Switch-Mode DC-AC Inverters开关型DC-AC逆变器介绍
7.1.1 Switch-Mode DC-AC Inverter开关模式DC-AC逆变器
7.1.2 例题介绍
7.1.3 One leg of a Switch Model DC-AC Inverter
7.2 Converter Waveforms转换器波形
7.2.1 One leg of a Switch-Model DC-AC Inverter
7.2.2 introduction of Converter Waveforms
7.2.3 Synthesis of a Sinusoidal Output by PWM
7.3 Details of a Switching Time Period切换时间段的详细信息
7.3.1 Details of a Switching Time Period
7.3.2 Synthesis of a Sinusoidal Output by PWM
7.3.3 Harmonics in the DC-AC Inverter Output Voltage
7.4 Harmonics in the DC-AC Inverter Output VoltageDC-AC逆变器输出电压中的谐波
7.4.1 Harmonics in the DC-AC Inverter Output Voltage
7.4.2 Square-Wave Switching Scheme
7.5 Square-Wave Switching Scheme方波切换方案
7.5.1 Half-Bridge Inverter
7.5.2 PWM to Synthesize Sinusoidal Output
7.5.3 DC side current
7.6 Uni polar Voltage Switching单极电压开关
7.6.1 Uni-polar Voltage Switching
7.6.2 Three-Phase Inverter
7.7 课程PPT
7.8 第七章测试题
8 参考习题
8.1 参考习题
8.2 期末考试练习题
3-1-1Review of Basic Electrical andMagnetic Circuit Concepts基本电路和磁路概念复习
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