Direct control strategies based on sensing inductance in switched reluctance motors

M. Ehsani, K. Ramani
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引用次数: 36

Abstract

The stator winding current commutation timing is the central subject of switched reluctance motor control. The direct use of coil inductance information for current commutation is introduced. The drawbacks of position based commutation, in the presence of drifting electrical parameters, are overcome by using the instantaneous coil inductance information. Algorithms to optimize torque using this approach are also presented.<>
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基于感应电感的开关磁阻电机直接控制策略
定子绕组电流换相定时是开关磁阻电机控制的中心问题。介绍了直接利用线圈电感信息进行电流换流的方法。利用瞬时线圈电感信息克服了位置换向在电参数漂移情况下的缺点。本文还提出了利用该方法优化转矩的算法
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A 10 kW DC-DC converter using IGBTs with active snubbers Using transmission lines properties for converter realization A novel passive lossless soft-clamped snubber for high frequency power converters Direct control strategies based on sensing inductance in switched reluctance motors A family of DC-to-DC PWM converters using a new ZVS commutation cell
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