晶圆级真空封装解耦垂直陀螺仪的新工艺

H. Song, Y. Oh, I. Song, S. Kang, S. Choi, H. Kim, B. Ha, S. Baek, C. Song
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引用次数: 18

摘要

研制了一种高可靠性、晶圆级真空封装解耦立式微陀螺仪。设计并制作了具有4个驱动弹簧和2个传感弹簧的解耦陀螺仪。提出了一种利用厚单晶硅作为结构层,实现高纵横比的新工艺。采用晶圆级真空封装技术,实现了振动陀螺仪工作的真空环境。环境压力的真空度约为150 mtorr。陀螺仪的分辨率为0.013/spl度//秒/Hz/sup 1/2/。在/spl plusmn/100/spl度//s满量程下,输出非线性低于2%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Wafer level vacuum packaged de-coupled vertical gyroscope by a new fabrication process
A highly reliable, wafer level vacuum packaged and de-coupled vertical microgyroscope was developed. The de-coupled gyroscope which had four driving springs and two sensing springs was designed and fabricated. A new fabrication process which could realize a high aspect ratio and use a thick single crystalline silicon as a structure layer, was proposed. The vacuum environment for operating a vibratory gyroscope was accomplished with vacuum packaging at wafer level. The vacuum level of ambient pressure was about 150 mtorr. The resolution of the gyroscope was 0.013/spl deg//sec/Hz/sup 1/2/. The output nonlinearity was below 2% in /spl plusmn/100/spl deg//s full scale.
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