Short-armature self-excitation type linear synchronous motor for transport system
Tsuyoshi Higuchi, Takashi Abe, Jun Oyama, Takashi Yoshida, Tadashi Hirayama
Abstract
Tsuyoshi Higuchi, Takashi Abe, Jun Oyama, Takashi Yoshida, Tadashi Hirayama
Abstract
In the previous paper, we proposed a long-armature type novel linear synchronous motor with half-wave rectified self excitation. The field winding was short circuited with a diode and the armature winding was usual 3-phase windings. This paper presents a short-armature type novel linear synchronous motor applicable for a transport system. Compensated short pitch windings are proposed for the armature windings in order to decrease end effect.
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In the previous paper, we proposed a long-armature type novel linear synchronous motor with half-wave rectified self excitation. The field winding was short circuited with a diode and the armature winding was usual 3-phase windings. This paper presents a short-armature type novel linear synchronous motor applicable for a transport system. Compensated short pitch windings are proposed for the armature windings in order to decrease end effect.
Key concepts: Armature (electrical engineering), Electromagnetic coil, Shunt generator, Field coil, Synchronous motor, Linear motor, Excitation, Control theory (sociology)