Physical Logic, which will exhibit in the Israeli Pavilion ((S5-220) at DSEI 2019 in London, 10-13 September, will introduce its next-generation inertial grade closed-loop micro-electro-mechanical system (MEMS) accelerometers, the MAXL-CL-3000 family, at the show.

The company’s technical advances deliver superior short- and long-term performance, compared with navigation-grade electromechanical quartz accelerometers. Physical Logic is the first company in the world to market a closed-loop MEMS accelerometer that rivals very high precision electromechanical quartz devices. These accelerometers offer highly accurate measurements at lower cost, as well as reduced weight and size.

North-finding and inertial navigation applications are enabled by a major improvement in warmup performance. This enables a time-to-full-performance period of less than two seconds, with typical bias drifts of <30µg during the first five hours of operation. In addition, a wide range of aerial missions can be integrated due to a reduction in noise specification limits to 30µg/√Hz.

We are proud to be the first company to introduce to the navigation market […] a closed-loop MEMS accelerometer with bias-related parameters comparable to Tactical Grade, and scale factor-related parameters comparable to Navigation Grade electromechanical quartz accelerometers […] We met and surpassed our major technological targets ‒ upgrading all MAXL-CL-3030 bias-related parameters (30g sensing range closed loop MEMS accelerometer) as well as developing 2 new products ‒ 15g (MAXL-CL-3015) and 50g (MAXL-CL-3050) sensing range accelerometers ‒ for the MAXL-CL-3000 family,” commented company CEO, Katja Beyer.

The MAXL-CL-3000 family will bring superior levels of performance to stringent applications. (Image: Physical Logic)

- Mönch Publications - Latest Issues -

We use cookies to improve our website and your experience when using it. Cookies used for the essential operation of the site have already been set. To find out more about the cookies we use and how to delete them, see our privacy policy.

I agreeMore Information