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Power Electronics Application Technology Fourth Edition

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  • Data size: 58.81 MB
  • Data language: Chinese version
  • Document format: PDF document
  • Data category: Electric Power
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The fourth edition of power electronics application technology was published: 2014 series: Introduction to the content of the national key textbook for higher education during the Ninth Five-Year Plan period (3rd Edition) (Editor Mo Zhengkang). The revised textbook has appropriately adapted the content of the original textbook and added the latest content to make it better suited to the current needs of higher education development and the arrangement of teaching and class hours. From the perspective of application, this book focuses on qualitative analysis, introduces the working characteristics of typical power electronic devices, analyzes the working principles and characteristics of rectifier circuits, DC-DC converter circuits, AC-AC converter circuits, and inverter circuits. And gives the corresponding experiments. In terms of text, strive to be easy to understand and explain in simple terms. This book can be used as a teaching book for electrical engineering and its automation majors, automation majors and related majors. It can also be used as a reference for engineering and technical personnel and high-skilled application personnel engaged in electrical and automation.
4th Edition Preface 3rd Edition Preface
0.1 Overview of Power Electronics Technology
0.2 Development of Power Electronics Technology
0.3 Application of Power Electronics Technology
0.4 Course Nature and Learning Methods Chapter 1 Power Electronics
1.1 Overview of Power Electronics
1.2 Uncontrollable Device-Power Diode
1.3 Semi-controlled devices-one thyristor
1.4 Fully controlled power electronic devices
1.5 Other new power electronic devices and power modules
1.6 Drive circuit for power electronic devices
1.7 Power electronics protection, buffer circuits and series and parallel use of thinking questions and exercises Chapter 2 Rectifier circuit
2.1 Overview
2.2 Single-phase controllable rectifier circuit
2.3 Three-phase controllable rectifier circuit
2.4 Active Inverter Working State of Rectifier Circuit
2.5 commutation voltage drop, external characteristics of rectifier circuit and mechanical characteristics of DC motor
2.6 thyristor trigger circuit
2.7 Harmonics and Power Factor Considerations and Exercises in Rectifier Circuits Chapter 3 DC. DC converter circuit
3.1 Working principle of chopper circuit
3.2 Basic DC chopper circuit
3.3 Other DC chopper circuits
3.4 Isolated DC DC Converter Circuit Thinking Questions and Exercises Chapter 4 AC. AC conversion circuit
4.1 AC voltage regulating circuit
4.2 AC power adjustment circuit
4.3 AC chopping voltage regulating circuit
4.4 AC power electronic switch
4.5 Cross-Cross-Frequency Converter Circuit Questions and Exercises Chapter 5 Passive Inverter Circuit
5.1 Overview of Inverter Technology
5.2 Ding Zuo Principle of Passive Inverter Circuit
5.3 Voltage-type inverter circuit
5.4 Current type inverter circuit
5.5 Multiple Inverter Circuits and Multilevel Inverter Circuits
5.6 Thoughts and Exercises of PWM Control Technology Chapter 6 Teaching Experiments of Power Electronics Technology
6.1 Overview of Power Electronics Technology Experiments
6.2 Introduction to experimental devices for power electronics technology
6.3 Research on Three-phase Bridge Fully Controlled Rectification Circuit
6.4 Research on DC chopper circuit
6.5 Research on Active Inverter Circuit
6.6 Research references for single-phase-to-one-frequency inverter circuits

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