2007•Unpublished venueOpen access

Short-armature self-excitation type linear synchronous motor for transport system

Tsuyoshi Higuchi, Takashi Abe, Jun Oyama, Takashi Yoshida, Tadashi Hirayama

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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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What this paper is about

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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Available 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.

Key concepts: Armature (electrical engineering), Electromagnetic coil, Shunt generator, Field coil, Synchronous motor, Linear motor, Excitation, Control theory (sociology)

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