电机技术
電機技術
전궤기술
ELECTRICAL MACHINERY TECHNOLOGY
2013年
4期
16-18
,共3页
双速%非倍极%矢量%分布系数%短矩系数%绕组系数
雙速%非倍極%矢量%分佈繫數%短矩繫數%繞組繫數
쌍속%비배겁%시량%분포계수%단구계수%요조계수
double-speed%not-times pole%vector%distribution coefifciency%short-moment coefifciency%winding coefifciency
通过电机矢量图的不规则优化排列，使电机在双极下的绕组矢量分布尽量靠近轴线，提高绕组的分布系数，使两极下分布系数较接近，从而使双速电机在各个极数下均有较好的性能参数。
通過電機矢量圖的不規則優化排列，使電機在雙極下的繞組矢量分佈儘量靠近軸線，提高繞組的分佈繫數，使兩極下分佈繫數較接近，從而使雙速電機在各箇極數下均有較好的性能參數。
통과전궤시량도적불규칙우화배렬，사전궤재쌍겁하적요조시량분포진량고근축선，제고요조적분포계수，사량겁하분포계수교접근，종이사쌍속전궤재각개겁수하균유교호적성능삼수。
The optimized irregular arrangement of the motor vector diagram made its winding vector distribution under double-poles close to the shaft line as near as pos-sible, thus, to increase distribution coefifciency and make the distribution coefficiency under the double-poles close each other. Therefore, the better performance of the double-speed motor under each pole can be gained.
