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2013•Journal of Power SupplyRequires access

Research on Commutation Strategy for Two-Stage Matrix Converter

Wang Zhao

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Abstract

Aiming at the special commutation problem of two-stage matrix converter (TSMC), a commutation strategy is studied, which makes TSMC work safely and reliably. The commutation principle was deduced with an experimental setup. At last, an experimental prototype was established based on XE164+CPLD. The experimental results indicate that the four-step commutation is a safe and reliable commutation method, which would not affect the input and output performance, but also makes TSMC work safely and reliably.

About this research paper

What this paper is about

Aiming at the special commutation problem of two-stage matrix converter (TSMC), a commutation strategy is studied, which makes TSMC work safely and reliably. The commutation principle was deduced with an experimental setup. At last, an experimental prototype was established based on XE164+CPLD. The experimental results indicate that the four-step commutation is a safe and reliable commutation method, which would not affect the input and output performance, but also makes TSMC work safely and reliably.

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Available abstract

Aiming at the special commutation problem of two-stage matrix converter (TSMC), a commutation strategy is studied, which makes TSMC work safely and reliably. The commutation principle was deduced with an experimental setup. At last, an experimental prototype was established based on XE164+CPLD. The experimental results indicate that the four-step commutation is a safe and reliable commutation method, which would not affect the input and output performance, but also makes TSMC work safely and reliably.

Key concepts: Commutation, Commutation cell, Control theory (sociology), Work (physics), Matrix (chemical analysis), Computer science, Stage (stratigraphy), Engineering

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