Sensonor announces a breakthrough in MEMS Gyro performance

Sensonor Technologies AS releases today SIMU202 a multi axis high performance gyro module enabling safety critical applications in the Aerospace and Defense markets, offering an immediate choice to system designers to displace large, expensive, fragile and prone to wear current FOG or mechanical gyro sensors.

SIMU202 is a milestone in the continued efforts of Sensonor Technologies to expand the boundaries of MEMS gyro performance. SIMU202 is a multi-axis gyro module with in-run bias stability of better than 2°/h and angular random walk as low as 0.2°/Hz. These are the best values ever reported for an industrialized MEMS gyro module. The input range is ±400°/s. The output signal is a 24 bits digital signal calibrated over the entire temperature range. The excellent performance of SIMU202 offers an alternative to FOG and mechanical gyros which are the current available technologies in the market place.

“Launch of SIMU202 is another step in realizing our vision of creating more stable, robust and high performance MEMS gyros to the market place enabling a host of new applications and offering alternatives to FOG and RLG” commented Mr. Hans Richard Petersen VP of Sales & Marketing at Sensonor Technologies. “MEMS gyros continue to advance in displacing FOG and mechanical gyros offering lower cost, more robustness in applications requiring safety critical performance in rough and demanding environments”, he continued.

SIMU202 is an ideal gyro for a number of applications including missile guidance, AHRS, platform stabilization, drilling survey to name just a few.