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Comprehensive experimental course of power electronics technology and motion control system

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  • Data size: 16.69 MB
  • Data language: Chinese version
  • Document format: PDF document
  • Data category: Electric Power
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Comprehensive Experimental Course of Power Electronics and Motion Control system: Zhou Jinghua, Zhang Guichen, Zhang Xiaowei ed Publication date: 2014
Series items: Brief introduction to the textbooks of the "Twelfth Five-Year Plan" for general higher education "Comprehensive Experimental Courses on Power Electronics Technology and Motion Control Systems / Twelfth Five-Year Plan for General Higher Education" "Control system" and other related course textbooks are mainly divided into power electronics technology experiments, DC speed control system experiments, AC speed control system experiments, fully digital speed control experiment systems, and motion control system curriculum design. Each experimental instructor can choose and adjust the experimental content according to the actual curriculum syllabus, and cultivate students' ability to use theoretical knowledge to analyze practical problems.
"Comprehensive Experimental Course on Power Electronics Technology and Motion Control System / Twelfth Five-Year Plan for General Higher Education" can be used as a full-time college electrical specialty (electrical engineering and its automation, new energy science and engineering, automation, etc.) Experimental instructions for courses such as Power Electronics Technology, Automatic Control System for Electric Drive, Motion Control System, and AC / DC Speed Regulation System are also available for graduate students and engineering technicians.
contents Introduction

Chapter 1 Introduction
1.1 Features and Basic Requirements of the Course "Power Electronics"
1.2 Features and Basic Requirements of the Course of "Motion Control System"
1.3 Experimental characteristics and requirements
1.4 Lab Preview
1.5 Experimental process and precautions
1.6 Requirements for experimental reports

Chapter 2 Application of Matlab in Power Electronics Technology and Motion Control System
2.1 Operation and use of Simulink simulation module
2.2 Subsystem production and packaging

Chapter 3 Experimental Units for Power Electronics and Motion Control Systems
3.1 Given and given integration unit LY101
3.2 Zero speed lockout, speed regulator and speed feedback unit LY102
3.3 Current regulator, current feedback and inverter unit LY103
3.4 Torque and zero current level detection and logic control circuit unit LY104
3.5 Three-phase pulse phase-shift triggering unit LY105
3.6 Sawtooth phase shift trigger unit LY106
3.7 PI adjustment capacitor box unit LY107
3.8 Single-phase AC voltage trigger circuit unit LY109
3.9 Load experiment hanging box unit LY112
3.10 Power Panel Unit LY121
3.11 Measuring instrument panel unit LY122
3.12 Two controllable rectifier bridge units LY123
3.13 Control power panel unit LY124
3.14 LY125 AC inverter panel unit

Chapter 4 Power Electronics Technology Experiments
4.1 Full-control power electronic device characteristics and driving circuit
4.2 thyristor sawtooth wave synchronous phase shift trigger circuit
4.3 Single-phase bridge full-control rectifier circuit
4.4 Three-phase half-wave rectifier circuit
4.5 Three-phase bridge full-control rectifier circuit
4.6 Single-phase AC voltage regulator circuit
4.7 Three-phase inverter power supply experiment
4.8 Comprehensive Design and Simulation of Power Electronics Technology

Chapter 5 DC Speed Control System Experiment
5.1 Measurement of thyristor DC speed control system parameters and link characteristics
5.2 Commissioning of Main Units of Thyristor DC Speed Control System
5.3 Speed negative feedback single-loop thyristor irreversible DC speed regulation system
5.4 Double closed-loop thyristor irreversible DC speed control system
5.5 Logic No-Circulation Reversible DC Speed Control System

Chapter 6 AC Speed Regulation System Experiment
6.1 Double closed-loop three-phase asynchronous motor voltage and speed regulation system
6.2 Double closed-loop three-phase asynchronous motor cascade speed regulation system

Chapter 7 Full Digital Speed Control Experiment System
7.1 Three-phase asynchronous motor variable frequency speed regulation system
7.2 DC PWM Reversible Speed Regulation System

Chapter 8 Curriculum Design of Motion Control Systems
8.1 Curriculum Design Questions and Design Requirements
8.2 Course Design Content
8.3 Computer Simulation of the System
8.4 Submission of Course Design Materials

Chapter 9 Comprehensive Training Platform for Modular Power Electronics Technology
9.1 Features of the training platform
9.2 Power electronics basic modules
9.3 Typical power electronic conversion circuit composed of basic modules
9.4 Design Examples of Comprehensive Training in Power Electronics Technology

Appendix DS1000E, DS1000D Series Oscilloscope Primary Operation Guide

references

电力电子技术与运动控制系统综合实验教程 Comprehensive experimental tutorial on power electronics technology and motion control system

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