Silicon Sensing Systems has launched Zenith, a high-performance, closed-loop Micro Electro-Mechanical Systems (MEMS) accelerometer designed for precision-critical operations.
Engineered on Silicon Sensing’s field-proven electronic and MEMS architecture, the new single-axis sensor introduces a notable reduction in noise compared to the company’s previous-generation Gemini model. This advancement provides superior signal clarity while retaining the rugged structural pedigree necessary for mission-critical deployments.
The device features low noise spectral density alongside a robust ±14g dynamic range, allowing systems to capture reliable, highly accurate linear acceleration data even under severe environmental conditions. To meet various mechanical layout requirements, the surface-mountable component is produced in two distinct package configurations: the CAS150 for in-plane sensing and the CAS170 for orthogonal orientation. By pairing these two options, design engineers can establish complete multi-axis measurement on a single printed circuit board assembly (PCBA), significantly improving spatial efficiency while maintaining high performance.
Kevin Swain, Head of Sales and Business Development at Silicon Sensing Systems Ltd, said, “Using our field-proven MEMS architecture, Zenith offers a robust, non-ITAR, low SWaP-C solution for key defence platforms. We see massive potential across autonomous systems, space, and aviation, as well as for a wide range of land and maritime operations.”
