Abstract
ABSTRACT Linear Inductor motors ( which include homopolar and reluctance types) have been proposed as integrated means of propulsion and levitation for magnetically levitated vehicles. This paper presents a simplified analysis of steady state behavior of such a motor when supplied from a six-pulse ideal current-fed inverter with instantaneous induced voltage commutation Steady state thrust, normal force, field current and phase voltage time waveforms are calculated for running conditions and also for a line-commutation starting scheme.
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