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A chopper-controlled SRM drive for reduced acoustic noise and improved ride-through capability using super capacitors

机译:一种斩波控制的SRM驱动器,用于降低声学噪声,并使用超级电容提高驾驶能力

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One of the problems with the SRM is its higher acoustic noise when compared to an induction motor of the same size. Another problem of increasing concern for all drives is the ability to ride-through dips or short power duration outages. In this paper, a chopper controlled SRM drive is presented with the aim of reducing the acoustic noise as well as improving its ride-through capability. Super capacitors are used in the power supplies of the driver and logic circuits to increase their duration of operation in the absence of mains power. Practical measurements of the reduced noise as well as the improved ride-through capability are included.
机译:与相同尺寸的感应电动机相比,SRM的一个问题是其较高的声噪声。越来越多的驱动器越来越多的另一个问题是能够通过倾斜或短的电力期限中断。在本文中,提出了一种斩波控制的SRM驱动器,目的是降低声学噪声以及提高其乘转录能力。超级电容器用于驱动器和逻辑电路的电源,以增加其在没有电源功率的情况下的操作持续时间。包括降低噪声的实际测量以及改进的乘车能力。

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