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首页> 外文期刊>Journal of Micromechanics and Microengineering >An approximate analytical solution to the pull-in voltage of a micro bridge with an elastic boundary
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An approximate analytical solution to the pull-in voltage of a micro bridge with an elastic boundary

机译:具有弹性边界的微桥的引入电压的近似解析解

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摘要

This paper derives an approximate analytical solution to the pull- in voltage of a micro bridge with elastic boundaries. The analytical model considers the elastic boundary effect, fringing field capacitance, residual stresses and the distributed flexibility of the bridge. The accuracy of the present approximate analytical solution is verified by comparison with the simulation results of commercial FEM packages and other published closed- form solutions as well as experimental measured data. The deviation of the present approximate analytical solution is within 5% for a wide beam and a narrow beam in a small deflection regime. The present approximate analytical solution has explicit physical meaning and is highly accurate for device design.
机译:本文推导了具有弹性边界的微桥的引入电压的近似解析解。分析模型考虑了弹性边界效应,边缘场电容,残余应力和桥梁的分布挠性。通过与商业FEM软件包和其他已公开的封闭式解决方案的仿真结果以及实验测量数据进行比较,验证了本近似分析解决方案的准确性。对于小偏转状态下的宽光束和窄光束,当前近似解析解的偏差在5%以内。本近似分析解决方案具有明确的物理意义,并且对于设备设计是高度准确的。

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