|国家预印本平台
首页|矩形板式压电骨传导听觉装置声发生元件关键参数仿真研究

矩形板式压电骨传导听觉装置声发生元件关键参数仿真研究

Simulation Study on Critical Parameters of Vocal Element of Rectangular Bimorph Piezoelectric Bone-Conduction Hearing Device

中文摘要英文摘要

基频和位移是衡量压电骨传导听觉装置声发生元件在声音的低频区域发声响度的两个重要参数,利用Ansys对其进行有限元建模,分别针对压电振尺寸参数变化以及其支撑柱尺寸参数变化对基频和位移的影响进行仿真分析,为寻找性能更为优越的声发生元件提供理论依据。

Resonance frequency and displacement are two important parameters in measuring the loudness at the low frequency region of piezoelectric bone conduction hearing device. Using Ansys to build the finite element model, analyzing the influence of different sizes of piezoelectric oscillator and support column on resonance frequency and displacement by simulation analysis, thus to provide the theoretical basis for searching appropriate vocal element for hearing device.

柳杰、程光明、曾平、陈艳辉、高莹莹

电子元件、电子组件声学工程

压电振子基频位移仿真

Piezoelectric oscillatorResonance frequencyDisplacementSimulation

柳杰,程光明,曾平,陈艳辉,高莹莹.矩形板式压电骨传导听觉装置声发生元件关键参数仿真研究[EB/OL].(2012-06-05)[2025-08-16].http://www.paper.edu.cn/releasepaper/content/201206-71.点此复制

评论