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The development of mesoscale accelerometers with single crystal piezoelectric materials

机译:具有单晶压电材料的Mescle加速度计的开发

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Single crystal piezoelectric materials hold great promise as a candidate sensor element from which to develop low-noise, high-sensitivity vibration transducers. This paper outlines the integration of relaxor ferroelectric materials (PZNT and PMNT) into a mesoscale accelerometer. A robust bimorph design was selected given reliability considerations. Over a frequency range between 100-1000 Hz, the spectral noise of the single crystal-based accelerometer was approximately one order of magnitude lower (20 dB) than its PZT-based counterparts of equal dynamic mass and physical dimensions. This work was sponsored by the Office of Naval Research as part of a Phase I Small Business Innovative Research (SBIR) program.
机译:单晶压电材料作为候选传感器元件,从中开发低噪声,高灵敏度振动传感器。本文概述了松弛剂铁电材料(PZNT和PMNT)的集成到Mescle Accelerometer中。选择了一种鲁棒的Bimorph设计被选择可靠性考虑因素。在100-1000Hz之间的频率范围内,单晶基加速度计的频谱噪声比其基于PZT的相等动态质量和物理尺寸的基于PZT的对应物的频谱噪声大约是一个级(20dB)。这项工作是由海军研究办公室赞助的,作为一期小型企业创新研究(SBIR)计划的一部分。

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