| Direct flux control of slow-switching high-power multilevel active front end | ||
| Author(s) | M. Kail; V. Staudt; A. Steimel | |
| Abstract | An improved control strategy for high-power multilevel active front ends (AFE) with low switching frequency based on the Direct Self Control (DSC) for induction machines in eldweakening operation is presented. The control system and the controller design are described and veri ed experimentally on a double three-level IGBT converter test bench. The results are presented and evaluated with respect to the suitability of this control method. The advantages as well as aspects for improvement and drawbacks of the proposed direct flux self control for high-power AFE converters with low switching frequency are pointed out. | |
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| Type | Members Only | |
| Date | Last modified 2004-01-26 by Unknown | |
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