电力电子学——变换器、应用和设计（第3版影印版）|教育部高等教育司推荐国外优秀信息科学与技术系列教学用书|（美）Ned Mohan,Tore M.Undeland,William P.Robbins|高等教育出版社

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电力电子学——变换器、应用和设计（第3版影印版）

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原书名：Power Electronics:Converters,Applications,And Design,Third Edition	原出版社：John Wiley & sons,Inc.
作者：（美）Ned Mohan,Tore M.Undeland,William P.Robbins	出版社：高等教育出版社
译者：	丛书名：教育部高等教育司推荐国外优秀信息科学与技术系列教学用书
出版日期：2004-2-1	上架日期：2005-10-8
ISBN：7040140020	页数：版次：3-1
开本：16开	装帧：附带光盘

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内容简介
本套教学用书的特点：

　　权威性--教育部高等教育司推荐、教育部高等学校信息科学与技术引进教材专家组遴选
　　系统性--覆盖电子信息、通信类、自动化专业主干课程
　　先进性--著名通信专家近两年的最新著作，内容体系先进
　　经济性--价格与国内自编教材相当，是国内引进教材价格最低的
　　本书分为七部分，共三十章。第一部分为概述；第二部分为通用电力电子电路；第三部分为电源应用；第四部分为电机驱动应用；第五部分为其他应用，包括民用与工业应用、电力应用、电力接口的优化；第六部分为半导体器件；第七部分为实用变换器设计。
　　本书配套一张光盘，内容主要包括：可作为作业和自学内容的大量有难度的习题；为深入掌握基本概念而增加的基于PSPICE的虚拟实验；最新的磁元件的设计方法；每一章的难点和重点部分的幻灯片。这些为教师备课和学生考试前的复习提供了很大的帮助。本书内容全面，几乎涉及了电力电子学的各个领域，包括各种应用领域，内容非学实用。
　　本书可作为高等院校电气工程、自动化等专业本科生"电力电子技术"课程的教材使用，也可供有关工程技术人员参考。

目录
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PART 1  INTRODUCTION            1
Chapter I  Power Electronic Systems      3
1-1 Introduction    3
1-2 Power Electronics versus Linear Electronics    4
1-3 Scope and Applications    7
1-4 Classification of Power Processors and Converters    9
1-5 About the Text    12
1-6 Interdisciplinary Nature of Power Electronics    13
1-7 Convention of Symbols Used    14
Problems    14
References    15
Chapter 2  Overview of Power Semiconductor Switches      16
2-1 Introduction    16
2-2 Diodes    16
2-3 Thyristors    18
2-4 Desired Characteristics in Controllable Switches    20
2-5 Bipolar Junction Transistors and Monolithic Darlingtons    24
2-6 Metal-Oxide-Semiconductor Field Effect Transistors    25
2-7 Gate-Turn-Off Thyristors    26
2-8 Insulated Gate Bipolar Transistors    27
2-9 MOS-Controlled Thyristors    29
2-10 Comparison of Controllable Switches    29
2-11 Drive and Snubber Circuits    30
2-12 Justification for Using Idealized Device Characteristics    31
Summary    32
Problems    32
References    32
Chapter 3  Review of Basic Electrical and Magnetic Circuit Concepts 33
3-1 Introduction    33
3-2 Electric Circuits   33
3-3 Magnetic Circuits    46
Summary    57
Problems    58
References    60
Chapter 4  Computer Simulation of Power Electronic Converters and Systems    61
4-1 Introduction    61
4-2 Challenges in Computer Simulation    62
4-3 Simulation Process  62
4-4 Mechanics of Simulation   64
4-5 Solution Techniques for Time-Domain Analysis    65
4-6 Widely Used, Circuit-Oriented Simulators    69
4-7 Equation Solvers    72
Summary    74
Problems    74
References    75
PART 2  GENERIC POWER ELECTRONIC CIRCUITS            77
Chapter 5  Line-Frequency Diode Rectifiers: Line-Frequency ac Uncontrolled dc    79
5-1 Introduction    79
5-2 Basic Rectifier Concepts    80
5-3 Single-Phase Diode Bridge Rectifiers    82
5-4 Voltage-Doubler (Single-Phase) Rectifiers    100
5-5 Effect of Single-Phase Rectifiers on Neutral Currents in Three-Phase, Four-Wire Systems    101
5-6 Three-Phase, Full-Bridge Rectifiers    103
5-7 Comparison of Single-Phase and Three-Phase Rectifiers    112
5-8 Inrush Current and Overvoltages at Turn-On    112
5-9 Concerns and Remedies for Line-Current Harmonics and Low Power Factor    113
Summary    113
Problems    114
References    116
Appendix    117
Chapter 6  Line-Frequency Phase-Controlled Rectifiers and Inverters: Line-Frequency ac  Controlled de        121
6-1 Introduction    121
6-2 Thyristor Circuits and Their Control    122
6-3 Single-Phase Converters    126
6-4 Three-Phase Converters    138
6-5 Other Three-Phase Converters   153
Summary    153
Problems    154
References    157
Appendix    158
Chapter 7  dc-de Switch-Mode Converters        161
7-1 Introduction    161
7-2 Control of dc--dc Converters    162
7-3 Step-Down (Buck) Converter    164
7-4 Step-Up (Boost) Converter    172
7-5 Buck-Boost Converter    178
7-6 Ctik dc-dc Converter    184
7-7 Full Bridge dc-dc Converter    188
7-8 dc-dc Converter Comparison    195
Summary    196
Problems    197
References    199
Chapter 8  Switch-Mode dc-ac Inverters: de  Sinusoidal ac        200
8-1 Introduction    200
8-2 Basic Concepts of Switch-Mode Inverters    202
8-3 Single-Phase Inverters    211
8-4 Three-Phase Inverters    225
8-5 Effect of Blanking Time on Output Voltage in PWM Inverters    236
8-6 Other Inverter Switching Schemes    239
8-7 Rectifier Mode of Operation    243
Summary    244
Problems    246
References    248
Chapter 9  Resonant Converters: Zero-Voltage and/or Zero-Current Switchings  249
9-1 Introduction    249
9-2 Classification of Resonant Converters    252
9-3 Basic Resonant Circuit Concepts    253
9-4 Load-Resonant Converters    258
9-5 Resonant-Switch Converters    273
9-6 Zero-Voltage-Switching, Clamped-Voltage Topologies    280
9-7 Resonant-dc-Link Inverters with Zero-Voltage Switchings    287
9-8 High-Frequency-Link Integral-Half-Cycle Converters    289
Summary    291
Problems    291
References    295
PART 3  POWER SUPPLY APPLICATIONS   299
Chapter 10  Switching de Power Supplies       301
10-1 Introduction    301
10-2 Linear Power Supplies    301
10-3 Overview of Switching Power Supplies    302
10-4 dc-dc Converters with Electrical Isolation    304
10-5 Control of Switch-Mode dc Power Supplies    322
10-6 Power Supply Protection    341
10-7 Electrical Isolation in the Feedback Loop    344
10-8 Designing to Meet the Power Supply Specifications    346
Summary    349
Problems    349
References    351
Chapter 11  Power Conditioners and Uninterruptible Power Supplies     354
11-1 Introduction    354
11-2 Power Line Disturbances    354
11-3 Power Conditioners    357
11-4 Uninterruptible Power Supplies (UPSs)    358
Summary    363
Problems    363
References    364
PART 4  MOTOR DRIVE APPLICATIONS         365
Chapter 12  Introduction to Motor Drives      367
12-1 Introduction    367
12-2 Criteria for Selecting Drive Components    368
Summary    375
Problems    376
References    376
Chapter 13  de Motor Drives       377
13-1 Introduction    377
13-2 Equivalent Circuit of dc Motors    377
13-3 Permanent-Magnet dc Motors    380
13-4 dc Motors with a Separately Excited Field Winding    381
13-5 Effect of Armature Current Waveform    382
13-6 dc Servo Drives    383
13-7 Adjustable-Speed dc Drives    391
Summary    396
Problems    396
References    398
Chapter 14  Induction Motor Drives       399
14-1 Introduction    399
14-2 Basic Principles of Induction Motor Operation    400
14-3 Induction Motor Characteristics at Rated (Line) Frequency and Rated Voltage   405
14-4 Speed Control by Varying Stator Frequency and Voltage    406
14-5 Impact of Nonsinusoidal Excitation on Induction Motors    415
14-6 Variable-Frequency Converter Classifications    418
14-7 Variable-Frequency PWM-VSI Drives    419
14-8 Variable-Frequency Square-Wave VSI Drives    425
14-9 Variable-Frequency CSI Drives    426
14-10 Comparison of Variable-Frequency Drives    427
14-11 Line-Frequency Variable-Voltage Drives    428
14-12 Reduced Voltage Starting ("Soft Start") of Induction Motors    430
14-13 Speed Control by Static Slip Power Recovery    431
Summary    432
Problems    433
References    434
Chapter 15  Synchronous Motor Drives       435
15-1 Introduction   435
15-2 Basic Principles of Synchronous Motor Operation    435
15-3 Synchronous Servomotor Drives with Sinusoidal Waveforms   439
15-4 Synchronous Servomotor Drives with Trapezoidal Waveforms    440
15-5 Load-Commutated Inverter Drives    442
15-6 Cycloconverters    445
Summary    445
Problems    446
References    447
PART 5  OTHER APPLICATIONS         449
Chapter 16  Residential and Industrial Applications      451
16-1 Introduction    451
16-2 Residential Applications    451
16-3 Industrial Applications    455
Summary    459
Problems    459
References    459
Chapter 17  Electric Utility Applications    460
17-1 Introduction    460
17-2 High-voltage dc Transmission    460
17-3 Static var Compensators    471
17-4 Interconnection of Renewable Energy Sources and Energy Storage Systems to the Utility Grid    475
17-5 Active Filters    480
Summary    480
Problems    481
References    482
Chapter 18  Optimizing the Utility Interface with Power Electronic Systems         483
18-1 Introduction    483
18-2 Generation of Current Harmonics    484
18-3 Current Harmonics and Power Factor    485
184 Harmonic Standards and Recommended Practices    485
18-5 Need for Improved Utility Interface    487
18-6 Improved Single-Phase Utility Interface    488
18-7 Improved Three-Phase Utility Interface    498
18-8 Electromagnetic Interference    500
Summary    502
Problems    503
References    503
PART 6  SEMICONDUCTOR DEVICES         505
Chapter 19  Basic Semiconductor Physics       507
19-1 Introduction    507
19-2 Conduction Processes in Semiconductors   507
19-3 pn Junctions   513
19-4 Charge Control Description of ph-Junction Operation    518
19-5 Avalanche Breakdown    520
Summary    522
Problems    522
References    523
Chapter 20  Power Diodes    524
20-1 Introduction   524
20-2 Basic Structure and I-VCharacteristics    524
20-3 Breakdown Voltage Considerations    526
20-4 On-State Losses    531
20-5 Switching Characteristics    535
20-6 Schottk-y Diodes    539
Summary    543
Problems    543
References    545
Chapter 21  Bipolar Junction Transistors      546
21-1 Introduction    546
21-2 Vertical Power Transistor Structures    546
21-3 I-V Characteristics    548
21-4 Physics of BJT Operation    550
21-5 Switching Characteristics    556
21-6 Breakdown Voltages    562
21-7 Second Breakdown    563
21-8 On-State Losses    565
21-9 Safe Operating Areas   567
Summary    568
Problems    569
References    570
Chapter 22  Power MOSFETs         571
22-1 Introduction    571
22-2 Basic Structure    571
22-3 I-V Characteristics    574
22-4 Physics of Device Operation   576
22-5 Switching Characteristics    581
22-6 Operating Limitations and Safe Operating Areas   587
Summary    593
Problems    594
References    595
Chapter 23  Thyristors     596
23-1 Introduction    596
23-2 Basic Structure    596
23-3 I-V Characteristics    597
23-4 Physics of Device Operation    599
23-5 Switching Characteristics    603
23-6 Methods of Improving di/dt and dv/dt Ratings   608
Summary    610
Problems    611
References    612
Chapter 24  Gate Turn-Off Thyristors       613
24-1 Introduction    613
24-2 Basic Structure and I-V Characteristics    613
24-3 Physics of Turn-Off Operation    614
24-4 GTO Switching Characteristics   616
24-5 0vercurrent Protection of GTOs    623
Summary    624
Problems    624
References    625
Chapter 25  Insulated Gate Bipolar Transistors         626
25-1 Introduction    626
25-2 Basic Structure    626
25-3 I-V Characteristics    628
25-4 Physics of Device Operation    629
25-5 Latchup in IGBTs    631
25-6 Switching Characteristics    634
25-7 Device Limits and SOAs    637
Summary    639
Problems    639
References    640
Chapter 26  Emerging Devices and Circuits      641
26-1 Introduction    641
26-2 Power Junction Field Effect Transistors    641
26-3 Field-Controlled Thyristor    646
26-4 JFET-Based Devices versus Other Power Devices    648
26-5 MOS-Controlled Thyristors    649
26-6 Power Integrated Circuits    656
26-7 New Semiconductor Materials for Power Devices    661
Summary    664
Problems    665
References    666
PART 7  PRACTICAL CONVERTER DESIGN
CONSIDERATIONS              667
Chapter 27  Snubber Circuits        669
27-1 Function and Types of Snubber Circuits    669
27-2 Diode Snubbers    670
27-3 Snubber Circuits for Thyristors    678
27-4 Need for Snubbers with Transistors    680
27-5 Turn-Off Snubber    682
27-6 Overvoltage Snubber   686
27-7 Turn-On Snubber   688
27-8 Snubbers for Bridge Circuit Configurations    691
27-9 GTO Snubber Considerations    692
Summary    693
Problems    694
References    695
Chapter 28  Gate and Base Drive Circuits       696
28-1 Preliminary Design Considerations    696
28-2 dc-Coupled Drive Circuits    697
28-3 Electrically Isolated Drive Circuits    703
28-4 Cascode-Connected Drive Circuits    710
28-5 Thyristor Drive Circuits    712
28-6 Power Device Protection in Drive Circuits    717
28-7 Circuit Layout Considerations    722
Summary    728
Problems    729
References    729
Chapter 29  Component Temperature Control and Heat Sinks        730
29-1 Control of Semiconductor Device Temperatures    730
29-2 Heat Transfer by Conduction    731
29-3 Heat Sinks    737
29-4 Heat Transfer by Radiation and Convection    739
Summary    742
Problems    743
References    743
Chapter 30  Design of Magnetic Components        744
30-1 Magnetic Materials and Cores    744
30-2 Copper Windings    752
30-3 Thermal Considerations    754
30-4 Analysis of a Specific Inductor Design    756
30-5 Inductor Design Procedures    760
30-6 Analysis of a Specific Transformer Design   767
30-7 Eddy Currents    771
30-8 Transformer Leakage Inductance    779
30-9 Transformer Design Procedure    780
30-10 Comparison of Transformer and Inductor Sizes    789
Summary    789
Problems    790
References    792
Index     793

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