On the Modeling of Commutation Transients in Split-Phase Synchronous Motors Supplied by Multiple Load-Commutated Inverters

Abstract

Split-phase synchronous motors equipped with multiple-stator three-phase windings, each supplied by a load-commutated inverter, play an important role in today's very high power electrical-drive applications. A criticality of these systems is the possibility that commutations occur in different motor windings simultaneously. The resulting electromagnetic… (More)
DOI: 10.1109/TIE.2009.2031182

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@article{Tessarolo2010OnTM, title={On the Modeling of Commutation Transients in Split-Phase Synchronous Motors Supplied by Multiple Load-Commutated Inverters}, author={Alberto Tessarolo and Simone Castellan and Roberto Menis and Giancarlo Ferrari}, journal={IEEE Transactions on Industrial Electronics}, year={2010}, volume={57}, pages={35-43} }