Abstract
The practicability of utilization of neural network converter of controlled signal while operating a contactless switch electric drive of a closed loop control system has been shown. A simulation model of operating a contactless switch electric drive of a closed loop control system has been developed. The investigations concerning time dependencies of electromagnetic moment, rotation speed and current of a switch electric drive stator with absence and presence of negative feedback have been conducted. It has been shown that independently of perturbation action condition, negative feedback in control system provides continuous change of current, torque and speed of an engine rotor rotation according to the specified law. It has been determined that load change does not influence engine behavior significantly at that. A neural network regulator of a control system of a switch electric drive contactless engine has been developed. Unlike the existing one, built on the base of logical elements, it allows damping self-induced vibrations in the whole given range of an electric drive work and thereby provides its stable work.
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