首页|Asynchronous performance of single-phase reluctance motors

Asynchronous performance of single-phase reluctance motors

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The starting and pull-in behaviour of typical, single-phase reluctance machines, with and without capacitive excitation, is explored experimentally and by computation. A comprehensive study of the effects of impedance variations on the pull-in performace is presented. This study enables new designs to be produced which are shown to exhibit greatly improved pull-in behaviour. The experimental machines are of segmented type but the general results are applicable regardless of construction.

machine theoryreluctance motorsstartingimpedance variationspullin behavioursingle phase reluctance motors

Finch, J.W.、Lawrenson, P.J.

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University of Newcastle, Department of Electrical & Electronic Engineering, Newcastle upon Tyne, UK

1979

10.1049/piee.1979.0217

Proceedings of the Institution of Electrical Engineers

Proceedings of the Institution of Electrical Engineers

ISSN：0020-3270
年,卷(期)：1979.126(12)
  • 16