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Design of an angular displacement piezoelectric actuator

机译:角位移压电致动器的设计

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摘要

The piezoelectric actuator shows good control of micro linear displacement, but it cannot directly output the angular displacement. In this paper, an angular displacement piezoelectric actuator is proposed, which can amplify the displacement of the piezoelectric stack and realize angular displacement output just through one piezoelectric stack. Finite element modelling (FEM) simulations were used to analyse the angular displacement and the stress conditions. To verify the results of the FEM simulations, a prototype was manufactured and the experiments were performed. The maximum angle displacement was 0.85 degrees when the driven voltage was 120 V.
机译:压电致动器显示出对微线性位移的良好控制,但是它不能直接输出角位移。本文提出了一种角位移压电致动器,它可以放大压电叠堆的位移,仅通过一个压电叠堆就可以实现角位移输出。有限元建模(FEM)仿真用于分析角位移和应力条件。为了验证FEM仿真的结果,制造了一个原型并进行了实验。当驱动电压为120 V时,最大角度位移为0.85度。

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