Article: Research results from A. Sharma and co-authors update knowledge of solid-state electronics.

According to a study from the United States, " According to a study from the United States, 'This paper describes a system architecture and CMOS implementation that leverages the inherently high mechanical quality factor (Q) of a MEMS gyroscope to improve performance. The proposed time domain scheme utilizes the often-ignored residual quadrature error in a gyroscope to achieve, and maintain, perfect mode-matching (i.e., similar to 0 Hz split between the high-Q drive and sense mode frequencies), as well as electronically control the sensor bandwidth.'

'A CMOS IC and control algorithm have been interfaced with a 60 pm thick silicon mode-matched tuning fork ...

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