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A study of the prediction of commutation time of current in inverter-fed synchronous motor drives is presented. The natural commutation from one thyristor to the next is brought about by the machine voltage, and performance is commonly expressed in terms of a commutating reactance, x/sub c/. The commutation behavior of solid salient poles is explored in terms of the magnetic structure of the motor. It is shown that the behavior can be closely modeled using a circuit-solving computer package, SPICE.>
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Carpenter et al. (1989) studied this question.
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