This paper presents a method to accomplish automatic and real-time mode-matching control
for a microelectromechanical systems vibratory gyroscope based on improved fuzzy …

We developed a gyroscope with less than 1-deg/h bias instability variation in a temperature
range from-40° C to 125° C while performing around 4-deg/h bias instability. This stability …

This work analyses circuit phase delay for carrier-modulation MEMS capacitive gyroscopes.
The temperature-dependent circuit phase delay is a major source of gyroscope output drift …

This article focuses on the bandwidth expansion of MEMS gyroscope for force-to-rebalance
(FTR) rate measurement in both nondegenerate and degenerate cases. First, the …

Bias warm-up time is the time required for MEMS gyroscopes to reach a relatively stable
state with specified performance after the power supply is turned on, is a critical factor for …

This paper reports a digital controller based on a three dimensional adaptive filter
demodulator (AFD) for micromachined vibratory gyroscopes with the goal of eliminating …

Multi-axis integration is important for micro-electromechanical system (MEMS) gyroscopes in
the future. In this paper, a monolithic integrated tri-axis gyroscope and interface circuit are …

This paper presents a study of the frequency response and the scale-factor of a tuning fork
micro-gyroscope operating at atmospheric pressure in the presence of an interference …

In order to overcome the defect of open-loop detection of micro-gyroscope, based on comb
capacitance detection of micro-structure, the working principle of electrostatic force …