Fundamentals of Modern Power Electronics Technology

Author: Zhang Li (Compiler)
Publisher:
Publish Date: 2003-04-01
Features: This book is a textbook on the fundamentals of modern power electronics technology. The author summarizes his extensive experience in teaching and research, keeping track of the latest developments in domestic and international power electronics technology. It comprehensively introduces the principles, characteristics, and application technologies of various power electronic devices; explains the principles and design methods of circuits such as phase control, DC choppers, AC inverters, and soft-switching resonant circuits. Additionally, it provides foundational explanations on issues encountered in the application of power electronics, such as power factor correction, harmonic suppression, and electromagnetic compatibility. This book is suitable for undergraduate students in automation, electrical engineering and automation, and related fields, as well as serving as a reference for science and technology professionals in various sectors of society. [menu]
Chapter 1 Introduction
Section 1 Review of Power Electronics Technology
Section 2 Power Electronic Devices
Section 3 Power Electronic Circuits
Section 4 Prospects for Power Electronics Technology
Chapter 2 Rectifier Diodes
Section 1 Ordinary Silicon Rectifier Tubes
Section 2 Fast Recovery Diodes
Section 3 Power Schottky Diodes
Chapter 3 Power Transistors
Section 1 Working Principle
Section 2 Static Characteristics and Parameters
Section 3 Dynamic Characteristics and Parameters
Section 4 Secondary Breakdown and Safe Operating Area
Section 5 Base Drive Circuits
Section 6 Darlington GTR and GTR Modules
Chapter 4 Gate Turn-Off Thyristors
Section 1 SCR Principle and Characteristics
Section 2 GTO Working Principle
Section 3 GTO Characteristics
Section 4 GTO Gate Drive
Chapter 5 Power Field-Effect Transistors
Section 1 Basic Working Principle
Section 2 Basic Characteristics
Section 3 Safe Operating Area
Section 4 Main Parameters
Section 5 Application Technology
Chapter 6 Insulated Gate Bipolar Transistors
Section 1 Working Principle
Section 2 Static Characteristics and Parameters
Section 3 Dynamic Characteristics and Parameters
Section 4
Section 5 Gate Drive Circuits
Section 6 IGBT Protection Measures
Chapter 7 Static Induction Transistors and Other New Devices
Section 1 Static Induction Transistors
Section 2 Static Induction Thyristors
Section 3 MOS-Controlled Thyristors
Section 4 Power Integrated Circuits
Chapter 8 Common Application Technologies of Various Devices
Section 1 Heat Dissipation Technology
Section 2 Buffer Circuits
Section 3 Series Operation
Section 4 Parallel Operation
Chapter 9 Phase-Controlled Conversion Circuits
Section 1 Rectification Operation of Phase-Controlled Circuits
Section 2 Single-Phase Full-Wave Controlled Rectifier Circuits
Section 3 Three-Phase Controlled Rectifier Circuits
Section 4 Inversion Operation of Phase-Controlled Circuits
Section 5 Phase Control Circuit Commutation Overlap Angle
Chapter 10 DC Chopped Conversion Circuits
Section 1 Basic Working Principle of Chopped Circuits
Section 2 Buck Chopped Conversion Circuits
Section 3 Boost Chopped Conversion Circuits
Section 4 Buck-Boost Chopped Conversion Circuits
Section 5 Cuk Conversion Circuits
Section 6 Full-Bridge DC-DC Conversion Circuits
Section 7 Comparison of Various DC-DC Conversion Circuits
Chapter 11 AC Inverter Conversion Circuits
Section 1 Basic Principle