Analytical Modeling and Quantitative Analysis of Scratch Drive Actuator

J. Zu, Q. Qu, G. Cheng
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引用次数: 9

Abstract

A new analytical model of Scratch Drive Actuator (SDA) is proposed, which considers its deforming states and geometry characteristics. This model contains three kinds of conditions: low driving voltage, critical driving voltage and high driving voltage. The storing strain energy in the SDA is studied under different conditions because the working performance of the SDA mainly depends on it. Analysis results demonstrate that it is necessary to choose appropriate design parameters of the SDA so that the SDA works near the critical state. Finally, discussions and suggestions for the design of SDA are presented in this paper.
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划痕驱动作动器的解析建模与定量分析
提出了一种考虑挠性驱动器变形状态和几何特性的挠性驱动器解析模型。该模型包含低驱动电压、临界驱动电压和高驱动电压三种工况。由于SDA的工作性能主要取决于它的应变能存储,因此研究了SDA在不同条件下的应变能存储。分析结果表明,有必要选择合适的SDA设计参数,使SDA工作在临界状态附近。最后,对SDA的设计进行了讨论和建议。
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