首页> 外文会议>Vehicle Power and Propulsion Conference, 2008 IEEE >Analyze the position sensor and the axial exciting coil EMF of axial and radial air gap hybrid magnet circuit multi-coupling motor
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Analyze the position sensor and the axial exciting coil EMF of axial and radial air gap hybrid magnet circuit multi-coupling motor

机译:轴向和径向气隙混合磁路多联轴器的位置传感器和轴向励磁线圈电动势分析

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摘要

An axial and radial air gap hybrid magnet circuit multi-coupling motor is produced based on hybrid stepping motor. The control of axial and radial air gap hybrid magnet circuit multi-coupling motor is flexible profited from its novel structure with axial coils which can be used as position sensor at the same time that the air gap flux can be adjusted by them. Based on harmonic analysis and experiment on electro-magnetic force in the axial coil, the rotor position detecting principle of axial and radial air gap hybrid magnet circuit multi-coupling motor is developed, which is according to the electro-magnetic force of the axial coils. The analysis and experiment show that the frequency of electro-magnetic force in axial coils is linear relations with the speed of the motor and that in stator coils when 3 phase stator armatures are powered simultaneity. So the sensorless control on the motor is achieved conveniently.
机译:在混合式步进电动机的基础上,生产出轴向和径向气隙混合磁路多耦合电动机。轴向和径向气隙混合磁路多联轴器电动机的控制非常灵活,这得益于其新颖的结构,即带有轴向线圈的轴向线圈既可以用作位置传感器,又可以通过它们调整气隙通量。在谐波分析和轴向线圈电磁力实验的基础上,根据轴向线圈的电磁力,建立了轴向和径向气隙混合磁路多联电动机的转子位置检测原理。 。分析和实验表明,当三相定子电枢同时通电时,轴向线圈中的电磁频率与电动机的速度和定子线圈中的电磁频率呈线性关系。因此,可以方便地实现对电动机的无传感器控制。

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