OPTIONS FOR BUILDING HIGH-PRECISION SYSTEMS OF STABILIZING THE ROTATION SPEED OF A DC ELECTRIC MOTOR
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Abstract
In [1], a DC pulsed electric drive is described, in which working feedback pulses are formed using a mechanical modulator with two primary pulse generators. The primary shapers are located diametrically relative to the mechanical modulator. This makes it possible to exclude the influence of the eccentricity of the mechanical modulator on the formation of working feedback pulses. For this purpose, a special digital scheme is used for processing pulses from these primary shapers in real time with the formation of output working feedback pulses [1]. This paper presents possible options for constructing a digital circuit for processing pulses from these primary pulse generators in real time. A simplified method and a digital scheme for processing pulses from primary pulse generators in real time with the formation of output working feedback pulses are also proposed.
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References
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