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Theory and design of fractional-slot multilayer windings

机译:分数槽多层绕组的理论与设计

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This paper deals with fractional-slot multilayer windings. They are becoming attractive since they allow to reduce the harmonic content of the windings magneto motive force. Some examples of such a type of windings are reported in literature, but they are limited to a few slot/pole combinations. On the contrary, in this paper the general theory is presented. General rules for the design of multilayer windings are illustrated. It is also investigated when the adoption of a multilayer winding makes possible to limit the torque ripple and the rotor losses of the machine. Several examples and experimental tests are reported to investigate the advantages and convenience of adopting multilayer windings.
机译:本文涉及分数槽多层绕组。由于它们允许减小绕组磁通势的谐波含量,因此它们变得有吸引力。文献中报道了这种类型的绕组的一些示例,但是它们限于少数的槽/极组合。相反,本文提出了一般理论。说明了多层绕组设计的一般规则。还研究了采用多层绕组何时可以限制电机的转矩脉动和转子损耗。报道了几个例子和实验测试,以研究采用多层绕组的优点和便利性。

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