首页> 外文期刊>Journal of Vibration and Acoustics >Performance Of Mechanical Bandpass Filters Used In Energy Scavenging In The Presence Of Fabrication Errors And Coupling
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Performance Of Mechanical Bandpass Filters Used In Energy Scavenging In The Presence Of Fabrication Errors And Coupling

机译:存在制造误差和耦合时用于能量清除的机械带通滤波器的性能

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摘要

In this paper, several mathematical models that are more realistic representations of mechanical bandpass filters are studied. Such filters can be used in energy scavengers to convert energy from vibration sources into small amount of electricity. A mechanical bandpass filter is an ensemble of cantilever beams where at the tip of each beam a mass, known as the proof mass, is mounted. A beam with a proof mass at its tip is called a beam-mass system. By studying a variety of models representing the filter dynamics, it will be unraveled to what extent fabrication errors in beam-mass systems of a filter and/or the coupling of such systems can alter the bandpass behavior of a fabricated filter.
机译:在本文中,研究了一些数学模型,这些数学模型更真实地表示了机械带通滤波器。这种过滤器可用于能量清除器,以将来自振动源的能量转换为少量的电能。机械带通滤波器是一组悬臂梁,在每个悬臂梁的尖端安装有一个质量(称为检验质量)。尖端具有检测质量的梁称为束质量系统。通过研究代表滤波器动力学的各种模型,将揭示出滤波器的光束质量系统中的制造误差和/或这种系统的耦合可以在多大程度上改变所制造滤波器的带通性能。

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