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Theoretical study of electrostatic-field-induced bending of membrane in shunt-capacitance MEMS RF switches

机译:并联电容MEMS RF开关中静电场引起薄膜弯曲的理论研究

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The paper describes the simulation of the performance of MEMS RF switches by using ANSYS as a primary tool. It starts with mechanic field, then electrostatic field, and then couples the effect of the two fields. The Young's modulus is one of the major factors of the pull-down voltage, it analyzes the Au, compose of different ratio Al-Si, and the simulation is very significantly guiding experiments.
机译:本文介绍了以ANSYS为主要工具的MEMS RF开关性能仿真。它从机械场开始,然后是静电场,然后耦合这两个场的作用。杨氏模量是下拉电压的主要因素之一,它对Au,不同比例的Al-Si组成的Au进行了分析,该模拟对指导实验具有非常重要的意义。

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