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Fields, forces, and performance equations of air-core liner self-synchronous motor with rectangular current control

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3 Author(s)
I. Boldea ; Polytech. Inst., Timosoara, Romania ; S. A. Nasar ; Z. Fuk

An analytical field approach to determine the permanent magnetic field distribution in a flat air-core self-synchronous linear motor with a permanent magnet mover is reported. Thrust and normal forces are calculated for idealized rectangular-current inverter control. Notable thrust and normal force time pulsations are shown through a numerical example. The performance equations with an on-off current controller are developed with the motor fed from a voltage source transistor inverter. The analysis represents a reliable tool for refined design and control of permanent magnet air-core linear self-synchronous motors

Published in:

IEEE Transactions on Magnetics  (Volume:24 ,  Issue: 5 )