Abstract
The influence of skin effect on mutual inductance is important to determine fundamental and harmonic currents in the double-cage. A numerical example shows that significant errors arise from existing methods when losses, torque, or power are evaluated. Several methods to analyze mutual inductance are presented. In spite of skin effect, the relation, M 2,3=M 3,2, holds. For the analysis of a double-cage, a direct method not requiring mutual inductance is described.
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