Fundamental Properties of Electromagnetic Actuator Using Rubber Film.

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  • ゴム膜を用いた電磁アクチュエータの基本特性
  • ゴム マク オ モチイタ デンジ アクチュエータ ノ キホン トクセイ

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Abstract

In this study, an electromagnetic actuator using rubber film has been developed. The structure of the actuator and the shape of the rubber film are described, and the stroke, the force characteristic and the responsibility of the actuator are experimentally investigated. The experimental results show that although hysteresis existed in the displacement generated from the actuator, this can be compensated by constructing the servomechanism and the positioning performance with a micro meter order can be, realized. Furthermore, although the actuator is inferior by the response or generating power compared with the specifications of the piezoelectric actuator, it has been confirmed that the large operational stroke is acquired even if it drives with low voltage.

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