2009Electric Machines and Control ApplicationRequires access

Design Method of Regulator of Three-Phase Voltage Source Rectifier Control System

Xiaodong Zhang

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Abstract

Analysis of the three-phase PWM voltage source rectifier in the rotation dq coordinate system,and obtain a simplified mathematical model,the current decoupling model of PWM voltage source rectifier can be built by using the feed-forward decoupling control strategies.According to the model,a design method be introduced about how to get parameter of a three-phase PWM rectifier control system.

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What this paper is about

Analysis of the three-phase PWM voltage source rectifier in the rotation dq coordinate system,and obtain a simplified mathematical model,the current decoupling model of PWM voltage source rectifier can be built by using the feed-forward decoupling control strategies.According to the model,a design method be introduced about how to get parameter of a three-phase PWM rectifier control system.

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Available abstract

Analysis of the three-phase PWM voltage source rectifier in the rotation dq coordinate system,and obtain a simplified mathematical model,the current decoupling model of PWM voltage source rectifier can be built by using the feed-forward decoupling control strategies.According to the model,a design method be introduced about how to get parameter of a three-phase PWM rectifier control system.

Key concepts: PWM rectifier, Decoupling (probability), Control theory (sociology), Precision rectifier, Voltage source, Rectifier (neural networks), Peak inverse voltage, Pulse-width modulation

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