基于cmos的谐振传感器

O. Brand
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引用次数: 12

摘要

本文综述了基于CMOS技术的谐振传感器。这些传感器的应用范围从惯性传感器到化学/生化传感器,从原子力显微镜到高频滤波器。CMOS技术可以使谐振微结构与必要的模拟和数字电路功能共集成。本文讨论了基于cmos的谐振传感器的制造方法,可能的传感和驱动方案,合适的谐振器材料,几何形状和振动模式。重点介绍了两种基于cmos的微系统:(i)谐振化学传感器和(ii)谐振磁场传感器
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CMOS-based resonant sensors
The paper provides an overview of resonant sensors based on CMOS technology. Applications of these sensors range from inertial sensors to chemical/biochemical sensors, from atomic force microscopy to high-frequency filters. CMOS technology enables to co-integrate the resonant microstructures with necessary analog and digital circuit functions. The paper discusses CMOS-based fabrication approaches for resonant sensors, possible sensing and actuation schemes, suitable resonator materials, geometries and vibration modes. Two CMOS-based microsystems are highlighted: (i) a resonant chemical sensor and (ii) a resonant magnetic field sensor
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