Fabrication of Thin-Film Actuators Using Magnetostriction

T. Honda;Y. Hayashi;M. Yamaguchi;K.I. Arai
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引用次数: 6

Abstract

We fabricated two kinds of cantilever actuator and a traveling machine by using magnetostrictive Tb-Fe and Sm-Fe thin films on a polyimide substrate. No power supply cable is required for their actuation, because they are driven by an external magnetic field. The magnetostrictive cantilevers exhibited a large deflection in low magnetic fields. Their unique characteristics suggest that magnetostriction can be used as the driving mechanism of microactuators.
磁致伸缩薄膜驱动器的研制
利用磁致伸缩Tb-Fe和Sm-Fe薄膜在聚酰亚胺衬底上制备了两种悬臂致动器和一台行走机械。它们的驱动不需要电源电缆,因为它们是由外部磁场驱动的。磁致伸缩悬臂梁在低磁场中表现出较大的偏转。它们独特的特性表明磁致伸缩可以作为微激励器的驱动机制。
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