Low-g sensitivity of HBAR oscillator

Baron Thomas, M. Gilles, Bassignot Florent, C. Nicolas, Lesage Jean-Marc, R. Alexandre, Lassagne Pierre-Patrick, Rabus David, Chommeloux Luc, Ballandras Sylvain
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引用次数: 2

Abstract

Vibration sensitivity is an important specification for oscillators dedicated to space or airborne systems. Vibration sensitivity can be due to from resonator, oscillator loop or non-oscillator components as wire for example. Commonly, the main source of acceleration sensitivity is due to the resonator. Active compensation can be used to decrease this effect, but such systems are not easily miniaturized. This paper presents quality factor and temperature coefficient of frequency of three different high-overtone bulk acoustic resonator and phase noise of corresponding oscillators and the first result of oscillator vibration sensitivity based on high-overtone bulk acoustic resonator. Three resonators based on different material are tested.
HBAR振荡器的低g灵敏度
振动灵敏度是专用于航天或机载系统的振荡器的一项重要指标。振动灵敏度可能来自谐振器、振荡器回路或非振荡器元件,例如电线。通常,加速度灵敏度的主要来源是由于谐振器。主动补偿可以用来减少这种影响,但这样的系统不容易小型化。本文给出了三种不同的高泛音体谐振器的频率质量因子和温度系数以及相应振子的相位噪声,并给出了基于高泛音体谐振器的振子振动灵敏度的初步结果。对三种不同材料的谐振器进行了测试。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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