\"IGBT Drive and Protection Circuit Design and Application Circuit Examples (2nd Edition)\" combines the development and application technology of IGBT at home and abroad, and takes IGBT application circuit designers as the readers of this book. It systematically and comprehensively explains the basic knowledge necessary for IGBT application circuit design, and selects and summarizes typical application circuit design examples of IGBT for reference by engineering and technical personnel engaged in IGBT application circuit design in actual design work. \"IGBT Drive and Protection Circuit Design and Application Circuit Examples (2nd Edition)\" is divided into 6 chapters. On the basis of summarizing the development history and development trend of IGBT, it explains the structure and working characteristics of IGBT, IGBT modular technology, IGBT drive circuit design, IGBT protection circuit design, IGBT application design and circuit examples. This book has novel and practical topics, rich content, popular text, and high practical value. \"IGBT Drive and Protection Circuit Design and Application Circuit Examples (2nd Edition)\" can be used as a reference for engineering and technical personnel engaged in IGBT application circuit development, design, and application in the fields of telecommunications, information, aerospace, power, military, and home appliances, as well as teachers and students of colleges and universities and vocational colleges. 2nd Edition Preface Preface Chapter IGBT Development History and Trends 1.1 IGBT Development History 1.1.1 Development of Power Electronic Devices 1.1.2 Development of IGBT 1.2 Development Trend of IGBT 1.2.1 Research and Development of IGBT Devices 1.2.2 Development Trend of IGBT Modules Chapter 2 Structure and Working Characteristics of IGBT 2.1 IGBT Structure and Characteristics 2.1.1 Structure and Working Principle of IGBT 2.1.2 Basic Characteristics of IGBT 2.1.3 Characteristics of Reverse Blocking IGBT 2.1.4 Lock-up Effect and Safe Operating Area of IGBT 2.2 IGBT Equivalent Circuit Model and Main Parameters 2.2.1 IGBT Equivalent Circuit Model 2.2.2 Main Parameters of IGBT Chapter 3 IGBT Modular Technology 3.1 Power Module 3.1.1 Power Module Structure 3.1.2 Power Module Performance 3.1.3 New Technology of IGBT Module 3.1.4 Development of IGBT Module 3.2 New IGBT Module 3.2.1 IR Series IGBT Modules 3.2.2 High Voltage IGBT Modules 3.2.3 IGBT Inverter Modules 3.3 Intelligent Power Modules (IPMs) 3.3.1 Characteristics and Classification of IPMs 3.3.2 Structure and Characteristics of IPMs 3.3.3 Protection and Dead Time of IPMs 3.3.4 R Series IPMs of Fuji Electric 3.3.5 Large DIP-IPMs of Mitsubishi Generation Chapter IGBT Drive Circuit Design 4.1 IGBT Drive Technology 4.1.1 IGBT Gate Drive Requirements 4.1.2 IGBT Drive Circuits 4.2 M579 Series IGBT Drive Modules 4.2.1 M57957L/M57958L Thick Film Driver ICs 4.2.2 M57962L Thick Film Driver ICs 4.2.3 M57962AL Thick Film Driver ICs 4.3 IR Series Integrated Driver Modules 4.3.1 IR2110 Integrated Driver 4.3.2 IR2130 driver and its application in inverter 4.3.3 IR series high-speed driver integrated circuit 4.3.4 IR2233 high-speed integrated circuit 4.4 SCALE integrated IGBT driver board 4.4.1 SCALE integrated circuit 4.4.2 2SD315A driver integrated circuit 4.5 EXB series IGBT driver 4.5.1 EXB series integrated driver 4.5.2 EXB series driver application circuit 4.6 IGD/DH/HL/HC series IGBT driver module 4.6.1 IGD508EI(EN)/IGD515EI(EN) driver module 4.6.2 DH57962L driver module 4.6.3 HL402 driver module 4.6.4 HCPL-316J driver module 4.7 QP12W05S-37 hybrid integrated IGBT driver 4.8 QD32PRO-S dual-channel IGBT driver Chapter IGBT protection circuit design 5.1 IGBT protection circuit 5.1.1 IGBT overvoltage protection circuit 5.1.2 IGBT overcurrent protection 5.1.3 IGBT short-circuit protection circuit 5.1.4 IGBT overcurrent protection scheme design 5.1.5 Medium frequency power supply with fast short-circuit protection 5.2 IGBT integrated protection circuit 5.2.1 HL601A thick film integrated circuit 5.2.2 JP20 series IGBT protection expansion module 5.3 IGBT snubber protection circuit 5.3.1 Classification and design of snubber protection circuit 5.3.2 IGBT lossless absorption circuit 5.3.3 Snubber circuit model 5.3.4 C-2D and CL-2D passive lossless snubber circuit 6 Chapter 6 IGBT application circuit examples 6.1 IGBT selection and heat dissipation design 6.1.1 IGBT selection 6.1.2 IGBT heat dissipation design 6.1.3 Common methods in power module thermal design 6.1.4 IGBT electromagnetic compatibility 6.2 IGBT failure analysis and methods 6.2.1 IGBT failure analysis 6.2.2 6.3 IGBT application circuit examples 6.3.1 Low-power IGBT application circuit examples 6.3.2 High-power device application examples in inverter circuits 6.3.3 High-power device application examples in variable frequency power supplies 6.3.4 IPM application examples in power conversion circuits 6.3.5 IGBT application in photovoltaic grid-connected inverters References
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