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Working principle of three-phase current type inverter circuit
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Chapter 1：Introduction to MATLAB and basic operations
Chapter 2：Analysis on the resistive load principle of single-phase half-wave controllable rectifier circuit
Chapter 3：Analysis on the principle of inductive load of single-phase half-wave controllable rectifier circuit
Chapter 4：Matlab simulation experiment of single-phase half-wave controllable rectifier circuit
Chapter 5：Matlab simulation experiment of single-phase bridge semi-controlled rectifier circuit
Chapter 6：Analysis on the resistive load principle of single-phase bridge semi-controlled rectifier circuit
Chapter 7：Analysis on the principle of inductive load of single-phase bridge semi-controlled rectifier circuit
Chapter 8：Analysis on the resistive load principle of single-phase bridge type fully controlled rectifier circuit
Chapter 9：Analysis on the principle of inductive load of single-phase bridge type fully controlled rectifier circuit
Chapter 10：Single-phase bridge fully controlled rectifier circuit simulation experiment
Chapter 11：Analysis on the resistive load principle of single-phase full-wave controllable rectifier circuit
Chapter 12：Analysis on the principle of inductive load of single-phase full-wave controllable rectifier circuit
Chapter 13：Single-phase full-wave controllable rectifier circuit simulation experiment
Chapter 14：Analysis on the resistive load principle of three-phase half-wave controllable rectifier circuit
Chapter 15：Analysis on the principle of inductive load of three-phase half-wave controllable rectifier circuit
Chapter 16：Three-phase half-wave controllable rectifier circuit simulation experiment
Chapter 17：Analysis on the resistive load principle of three-phase bridge type fully controlled rectifier circuit
Chapter 18：Analysis on the inductive load principle of three-phase bridge type fully controlled rectifier circuit
Chapter 19：Three-phase bridge fully controlled rectifier circuit simulation experiment
Chapter 20：AC switch and its application circuit
Chapter 21：Analysis on the working principle of single-phase AC voltage regulating circuit
Chapter 22：Single-phase AC voltage regulation circuit simulation experiment
Chapter 23：Analysis of the composition and working principle of three-phase AC voltage regulating circuit
Chapter 24：Application examples of three-phase AC voltage regulating circuit
Chapter 25：Three-phase AC voltage regulating circuit simulation experiment
Chapter 26：Analysis on the principle of DC step-down chopper circuit
Chapter 27：Analysis on the principle of DC boost chopper circuit
Chapter 28：Simulation of DC chopper circuit
Chapter 29：Basic concepts of inverter circuit
Chapter 30：Commutation method and working principle of inverter circuit
Chapter 31：Single-phase half-bridge voltage-type inverter circuit simulation experiment
Chapter 32：Working principle of single-phase voltage inverter circuit
Chapter 33：Working principle of three-phase voltage inverter circuit
Chapter 34：Single-phase full-bridge voltage-type inverter circuit simulation experiment
Chapter 35：Single-phase full-bridge phase-shifted inverter circuit simulation experiment
Chapter 36：Using a buffer circuit to solve the voltage overshoot problem in single-phase voltage inverter circuit simulation experiments
Chapter 37：Three-phase voltage inverter circuit simulation experiment
Chapter 38：Working principle of single-phase current mode inverter circuit
Chapter 39：Working principle of three-phase current type inverter circuit
Chapter 40：Single-phase current mode inverter circuit simulation experiment
Chapter 41：Three-phase current mode inverter circuit simulation experiment
Chapter 42：Basic principles of PWM control
Chapter 43：SPWM inverter circuit and control method
Chapter 44：Single-phase SPWM inverter circuit simulation experiment
Chapter 45：Three-phase PWM inverter circuit simulation experiment

Duration：27 minutes and 0 seconds
Date：2020/08/11

Uploader：sigma

Introduction

keywords： Half Bridge Full Bridge Power Electronics SPWM

Micro course on power electronics technology, covering single-phase, three-phase rectifier and inverter course content

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