Calculating Digital Electric Drive Control Systems with a Finite Time of Free Process Attenuation

The calculation of a digital regulator intended to ensure the full attenuation of free processes in a linear regulation system for a finite number of quantization periods is considered. It is shown that the full attenuation of a free process cannot be achieved for a number of sampling periods smalle...

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Published in:Russian electrical engineering 2020-12, Vol.91 (12), p.767-771
Main Author: Korshunov, A. I.
Format: Article
Language:English
Subjects:
Attenuation
Electric drives
Engineering
Machines
Manufacturing
Mathematical analysis
Processes
Sampling
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description The calculation of a digital regulator intended to ensure the full attenuation of free processes in a linear regulation system for a finite number of quantization periods is considered. It is shown that the full attenuation of a free process cannot be achieved for a number of sampling periods smaller than the order of the continuous part of the system. The digital regulator of the system of stabilizing the dc engine rotation frequency, an example of calculating which is discussed in this article, allows trying out a continuous setting action for two time sampling periods at the operation in the linear zone.
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subjects Attenuation
Electric drives
Engineering
Machines
Manufacturing
Mathematical analysis
Processes
Sampling
title Calculating Digital Electric Drive Control Systems with a Finite Time of Free Process Attenuation
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