Abstract
The article presents the developed generalized computer model of the electric drive with pulse-phase regulation of the angular speed. The model was created on the basis of a pulse frequency-phase detector (PFPD) model with additional functionality, that give a possibility to investigate the most effective ways to control this electric drive, from the point of view of dynamic indicators improving of regulation quality. On the basis of the known methods of phasing and synchronization, the model of precision electric drive was validated. The test showed that the work of the model meets theoretical expectations.
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