Masliy A. Microprocessor switched-inductor sleeper type electric drive

Object of research - dynamic processes in sleeper type electric drive with specifying various combinations of signals and perturbations. The purpose of research - the creation of microprocessor-regulated switched-inductor sleeper type electric drive to extend the functionality of the railway by using of automation control systems with fuzzy logic. Methods of research - fundamental positions of theoretical bases of the electrical engineering, theories of electromechanic, electric machines, theory of automatic control, theoretical and applied mechanics. Theoretical and practical results - development of mathematical models and model standards of switched-inductor sleeper type electric drive based on microprocessor control system with a wide spectrum of modes conversion process. Novelty - identified parameters of mathematical models of switched-inductor motors for switched-inductor motor based on the mutual influence of magnetic flux phases; researched impact of phase current of switched-inductor electric drive on ripple moment; synthesized of discrete P-, PI- and PID-controller, and controller with fuzzy logic system for switched-inductor sleeper type electric drive. Degree of introduction - Ukrainian State Academy of Railway Transport (c. Kharkiv). Area - Railway.