Analysis of two-phase spindle motor driven by sensorless BLDC mode

C. Bi, Q. Jiang, Taile Wei
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Abstract

The performance of two-phase spindle motor is analyzed, which is driven by constant voltage sensorless BLDC mode. In the motoring operation, the rotor positions are estimated by back EMF detecting and a digital filter is used to realize BLDC sensorless control. The two-phase BLDC motor is more robust in the starting and low speed operation, and can realize accurate speed control. Both the simulations and experiments show that the proposed drive mode is effective in driving spindle motors
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无传感器无刷直流驱动两相主轴电机的分析
分析了采用恒压无刷直流方式驱动的两相主轴电机的性能。在电机运行中,通过反电动势检测估计转子位置,并采用数字滤波器实现无刷直流控制。两相无刷直流电机在启动和低速运行时更加稳健,可以实现精确的速度控制。仿真和实验结果表明,所提出的驱动方式对主轴电机的驱动是有效的
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