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Dynamic Simulation Analysis of Off-axis Sensitivity in a Laterally-driven MEMS Inertia Switch

机译:横向驱动MEMS惯性开关中轴外灵敏度的动态仿真分析

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A laterally-driven MEMS inertia switch was designed, and its off-axis sensitivity was analyzed and evaluated. The dynamic response process was simulated by ANSYS finite-element model, which indicated that in the designed inertia micro-switch, the distribution of serpentine spring symmetry, the proof mass weight and the whole system stiffness have significant effect on the off-axis sensitivity.
机译:设计了横向驱动的MEMS惯性开关,分析并评估其偏离轴灵敏度。 通过ANSYS有限元模型模拟动态响应过程,其指示在设计的惯性微动开关中,蛇形弹簧对称的分布,证据质量重量和整个系统刚度对轴外敏感性有显着影响。

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