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A small size flux-switching permanent magnet machine is designed by means of finite element analysis having a concentrated toroidal winding in the stator and a large air-gap. The design concept is compared to a C-core flux-switching machine having the same magnet volume. Simulation shows that the electromagnetic performance of the toroidal wound FSPM is lower in the first place because of the different...
A small size permanent magnet flux-switching machine is designed with the aim to reduce the undesired leakage flux outside the stator. Different design alternatives are considered using a C-core type permanent magnet flux-switching machine. The leakage flux outside the stator of a permanent magnet flux-switching machine can effectively be reduced by altering the stator structure. To preserve the high...
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