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This paper describes an interface circuit design for monolithic CMOS-MEMS gyroscopes, based on a novel differential difference amplifier (DDA) with high gain, low temperature and process dependence, low noise, and low power consumption. The DDA achieves a 4 fF equivalent transcapacitance with a 0.01 temperature variation. The DDA-based interface circuit has been integrated with a...
This paper describes a novel differential difference amplifier (DDA) with boosted gain, low temperature dependence, low noise and low power consumption for applications in monolithic CMOS-MEMS gyroscopes. The employed capacitive feedback achieves a 4fF equivalent transcapacitance with a 0.01%/°C temperature variation. The DDA-based interface circuits have been integrated with a z-axis gyroscope...
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