数字锁相环技术用于SR驱动器的精确速度控制

Jin-Woo Ahn, Seok-Gyu Oh, Sung-Young Pyo, Cheul-U. Kim, Y. Hwang
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引用次数: 10

摘要

开关磁阻驱动已知提供良好的可调速度特性。然而,较高的转矩脉动和缺乏精确的速度控制是缺点。这些问题在于,SR驱动器不是在指定驻留角和输入电压的MMF电流下运行的。为了减少转矩脉动并具有精确的速度控制,SR驱动器必须立即控制驻留角和输入电压。本文采用锁相环技术来调节驻留角和输入电压。锁相环控制技术结合动态驻留角控制方案具有良好的调速特性。该驱动系统采用基于DSP的控制系统来实现。试验结果表明,该系统具有良好的动态和精确的速度控制能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Digital PLL technique for precise speed control of SR drive
The switched reluctance drive is known to provide good adjustable speed characteristics. However, higher torque ripple and lack of the precise speed control are drawbacks. These problems lie in the fact that SR drive is not operated with an MMF current specified for dwell angle and input voltage. To reduce torque ripple and to have precise speed control, the SR drive has to control the dwell angle and input voltage instantaneously. In the paper, a PLL (phase locked loop) technique is adopted to regulate the dwell angle and input voltage. A PLL control technique in conjunction with a dynamic dwell angle control scheme has good speed regulation characteristics. The DSP based control system is used to realize this drive system. Test results show that the system has the ability to achieve good dynamic and precise speed control.
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