基于励磁波形的无刷直流电动机效率和振动噪声特性的改进

Shunsuke Noguchi, H. Dohmeki
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引用次数: 2

摘要

采用正弦波励磁的10极- 12槽无刷直流电动机优于交流伺服电机,而采用方波励磁的无刷直流电动机效率较差。而150度励磁可以调节励磁角度和励磁相位,比一般的120度励磁效率提高3%,并且可以使相电流接近正弦波。其次,采用霍尔传感器和计数器的方波激励是一种简单的无刷直流驱动方式,与正弦波激励相比,它所需的供电电压更小。因此,我们证明了150度方波激励适用于高效、简单的无刷直流驱动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Improvement of efficiency and vibration noise characteristics depending on excitation waveform of a brushless DC motor
The 10poles-l2slots brushless DC motor is superior as AC servo motor by sine-wave excitation, but its characteristics like efficiency get worse by using as BLDC motor by square-wave excitation. However, 150degree excitation which adjusted excitation angle and excitation phase can increase 3% of efficiency from general120degree excitation, and it can make phase current similar to sine wave. And then, square wave excitation which used hall sensors and counters is simple way of BLDC drives, and it needs less supply voltage than that to drive BLDC by sine-wave excitation. Therefore, we shows that 150degree square-wave excitation is suitable in high efficiency and simple BLDC drive.
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