Silicon Sensing Systems has released Zenith, a new closed-loop Micro Electro-Mechanical Systems (MEMS) accelerometer for the aerospace market.
The single-axis accelerometer, designated CAS150/170, is designed for precision-critical applications requiring precise linear-acceleration measurement. Developed for demanding aviation environments, long-endurance missions and fast-changing operations, Zenith combines sustained, precise linear-acceleration measurement with low Size, Weight, Power and Cost (SWaP-C).
Kevin Swain, Head of Sales and Business Development at Silicon Sensing Systems Ltd, said, “Zenith will deliver outstanding performance against cost for a wide range of key platform types. Its combination of robustness, compact size, low weight, strong performance and cost efficiency offer clear benefits for many applications, including manned and unmanned aircraft.“
Zenith combines extremely low noise spectral density for signal clarity with a robust ±14g dynamic range, supporting accurate data capture in demanding conditions.
The surface-mountable accelerometer is available in two sensing configurations: in-plane CAS150 and orthogonal CAS170. The two orientations allow engineers to achieve multi-axis measurement on a single Printed Circuit Board Assembly (PCBA), optimizing the use of space without compromising reliability.
