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首页> 外文期刊>Proceedings of the IEE - Part A: Power Engineering >Speed-changing induction motors: reduction of pole number by sinusoidal pole-amplitude modulation
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Speed-changing induction motors: reduction of pole number by sinusoidal pole-amplitude modulation

机译:变速感应电动机:通过正弦极振幅调制减少极数

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Previous papers on pole-amplitude modulation have described methods of increasing the pole number and reducing the speed, by modulation. The reciprocal possibility has already been pointed out; and it has now been found that, under some conditions, it is better to use modulation to reduce the pole number and increase the speed. The particular form of modulation used in the examples described here gives exceptionally good performance. By way of example, test results are recorded for a small laboratory machine, and for a very large machine made by an industrial company, both for 10/8 poles, and both being very successful. The general conclusions are drawn that, for very many purposes, a 10/8-pole motor is to be preferred to an 8/10-pole one; and that modulation to reduce the pole number of an electrical machine has important industrial possibilities.
机译:先前有关极振幅调制的论文已经描述了通过调制来增加极数并降低速度的方法。已经指出了相互的可能性;现在已经发现,在某些条件下,最好使用调制来减少极数并提高速度。在此处描述的示例中使用的特殊形式的调制具有出色的性能。举例来说,记录的结果是小型实验室机器和工业公司制造的大型机器的测试结果,两者均为10/8极,并且都非常成功。得出的一般结论是,出于许多目的,最好使用10/8极电动机而不是8/10极电动机。减少电机极数的调制具有重要的工业可能性。

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