A latchable thermally activated phase change actuator and optimization of its response behaviour

C. Richter, E. Wilhelm, A. Voigt, B. Rapp
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引用次数: 2

Abstract

In this paper we present a latchable, thermally activated phase change (PC) actuator. The actuator can be controlled using a heating resistor and two pressure sources. Thus several hundred actuators can be driven using a highly integrated platform which allows the individual control of several hundred heating resistors. To optimize the response time of the actuators we analyzed the influence of the heating power of the used resistors, the volume of the used phase change material (PCM) and the PCM itself.
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一种可锁存热激活相变致动器及其响应行为的优化
在本文中,我们提出了一种可锁存,热激活相变(PC)驱动器。执行器可以使用一个加热电阻和两个压力源来控制。因此,可以使用高度集成的平台驱动数百个执行器,该平台允许单独控制数百个加热电阻。为了优化致动器的响应时间,我们分析了所用电阻器的加热功率、所用相变材料(PCM)的体积和PCM本身的影响。
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