MEMS gyroscope CR0101 series

digitalanalog

CHIPS FATRI has advanced chip design and processing equipment (cleaning, wet etching, ion etching, LPCVD, mechanical chemical polishing, encapsulating, photoetching, magnetron sputtering, bonding, etc.) and sophisticated micro-nano-detection equipment, including electron microscope, AFM(atomic force microscope), ellipsometer, probe station, high precision electric performance testing platform, etc. FATRI also developed chips including MEMS, ASIC and microfluidic medical chip. MEMS Gyroscope CR0101 Features： Highly robust dual mechanical decoupling for improved product reliability Electromechanical self-calibration structure to maintain stable operation of the sensor in real time from the sensitive end Improve chip dynamic performance with dynamic chip-level temperature compensation Excellent signal-to-noise ratio through chip-level small signal processing Analog/digital interface optional Multiple operating modes increase response speed and reduce operating power consumption Ceramic package to eliminate stress effects and improve electromagnetic compatibility Embedded algorithm integration solution to improve overall device performance Application scenarios： High-speed Railway, Drones, Cars, Ground-mounted Weapons, Precision Agriculture, Strapdown Inertial Navigation And Other Fields Spécification - CR0101-DZ MEMS Gyro Chip Perceptual Direction - Single Axis Dynamic Range - ±250°/sec Initial Sensitivity - 0.017sec/LSB Initial Sensitivity - 0.005°/sec/LSB Initial Sensitivity - 0.0025°/sec/LSB Repeatability 1%