2002Unpublished venueRequires access

Design and implementation of the control of a cycloconverter supplying an induction machine

Azzam Elmasri, P. Malleus, C. Zanne, Jean‐François Aubry

Open publisher page 3 citations

Abstract

Design, implementation and experimental results of supplying of an induction motor by a 36 thyristor cycloconverter are presented in this paper. Among the mains of an induction machine at variable speeds, the cycloconverter is a direct one. At first a one-phase control was done so as to validate the cycloconverter control. The next step was the extension of this command to the other legs of the cycloconverter to supply a three-phase reactive load. The synchronization and coordination problems were solved.

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What this paper is about

Design, implementation and experimental results of supplying of an induction motor by a 36 thyristor cycloconverter are presented in this paper. Among the mains of an induction machine at variable speeds, the cycloconverter is a direct one. At first a one-phase control was done so as to validate the cycloconverter control. The next step was the extension of this command to the other legs of the cycloconverter to supply a three-phase reactive load. The synchronization and coordination problems were solved.

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Available abstract

Design, implementation and experimental results of supplying of an induction motor by a 36 thyristor cycloconverter are presented in this paper. Among the mains of an induction machine at variable speeds, the cycloconverter is a direct one. At first a one-phase control was done so as to validate the cycloconverter control. The next step was the extension of this command to the other legs of the cycloconverter to supply a three-phase reactive load. The synchronization and coordination problems were solved.

Key concepts: Cycloconverter, Thyristor, Induction motor, Control theory (sociology), Synchronization (alternating current), Machine control, Engineering, Control engineering

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