Determination of Equivalent Circuits for Induction Machines with Skin Effect Using Terminal Characteristics

W. H. Creer Eaton Corporation, Electrical Research Department, H201 4201 North 27th Street, Milwaukee, Wisconsin, 53216

D. W. Novotny University of Wisconsin-Madison,

T. A. Lipo University of Wisconsin-Madison,

ABSTRACT

Extended equivalent circuits for modelling Induction machines with rotor bar skin effect are developed using a method that relies on terminal frequency response characteristics rather than rotor bar dimensional data. Some experimental verification of the models is provided in addition to comparison of the steady state torque speed curves.

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Determination of Equivalent Circuits for Induction Machines with Skin Effect Using Terminal Characteristics

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Determination of Equivalent Circuits for Induction Machines with Skin Effect Using Terminal Characteristics

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