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Fabrication of Microcoils with Narrow and High Aspect Ratio Lines for Electromagnetic Actuators

机译:用于电磁执行器的具有窄高纵横比线的微线圈的制造

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Recently, actuators are finding the various fields and many applications. It is one of the most important components in various machines because its performance determines to operate a machine. The demand of micro- and nano-fabrications such as microactuators, microcoils, sensors, etc is increasing. To realize this demand, the key technology is processing of micro-fabrication. We are forcing on the electromagnetic actuators that could be driven at a low voltage and high efficiency. However, this type actuator is known to be unsuitable for miniaturization because current paths of coil lines are small in size. And, it is very difficult to make the microscopic coil lines with three dimensional structures. Therefore, we have fabricated and measured a solenoid type electromagnetic actuator with narrow pitch and high aspect ratio coil lines using X-ray lithography technique. Using this technique, we have obtained the coil lines with a width of 30 ??m and an aspect ratio of about 3. It is very expected a high performance microcoil with high aspect ratio could be manufactured in spite of miniature size electromagnetic actuators.
机译:最近,致动器正在发现各个领域和许多应用。它是各种机器中最重要的组件之一,因为它的性能决定了机器的操作。诸如微致动器,微线圈,传感器等对微细加工和纳米细加工的需求正在增长。为了实现这一需求,关键技术是微细加工。我们正在强迫以低电压和高效率驱动的电磁执行器。然而,已知这种类型的致动器不适合小型化,因为线圈线的电流路径尺寸小。并且,使微观线圈线具有三维结构是非常困难的。因此,我们使用X射线光刻技术制造并测量了螺距较小,纵横比较高的螺线管型电磁致动器。使用这种技术,我们获得了宽度为30Ω·m,长径比约为3的线圈线。非常期望尽管有微型尺寸的电磁执行器,也可以制造出具有高长径比的高性能微线圈。

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