石英OCXO和Si MEMS惯性传感器的协整,以提高导航精度

R. Kubena, F. P. Stratton, L. Huang, R. Joyce, D. Kirby, D. Chang, Y. Yong
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引用次数: 4

摘要

石英谐振器与硅器件的片上集成为微系统小型化和增强性能开辟了新的机会。除了与电子学集成外,压电石英谐振器与其他不同材料组成的传感器集成也是可能的。在本文中,我们证明了VHF SC-cut石英谐振器可以集成在高宽高比Si盘陀螺仪中,并在片上加热,以便在同一晶圆级真空腔中局部加热两个器件。SC-cut OCXO可用于将陀螺仪的频率和温度分别锁定在≤2 ppb和≤50 μK,以提高精度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Co-integration of a quartz OCXO and Si MEMS inertial sensors for improved navigational accuracy
On-chip integration of quartz resonators with Si devices opens new opportunities for microsystem miniaturization and enhanced performance. In addition to integrating with electronics, the integration of piezoelectric quartz resonators with other sensors of different material composition is also possible. In this paper, we demonstrate that a VHF SC-cut quartz resonator can be integrated within a high-aspect-ratio Si disk gyro with on-chip heating for locally ovenizing both devices in the same wafer-level vacuum cavity. The SC-cut OCXO can be used to lock the frequency and temperature of the gyro to ≤ 2 ppb and ≤50 μK, respectively, for improved accuracy.
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