Murata launched a 3-axis accelerometer for the industrial market with high offset stability over temperature and time, low ...

Abstract The continuous development of smartphones has garnered considered research attention owing to the possibility of its use in different engineering applications. MEMS accelerometers available ...

This digital MEMS accelerometer is designed for industrial applications operating under shock and vibration, with a ±14 g input range. The AXO314’s closed-loop architecture provides linearity and high ...

A schematic of the accelerometer. a Typical structure of a MEMS comb-type accelerometer, b single-meandered spring, c double-meandered spring. Image Credit: Microsystems & Nanoengineering The demand ...

The dimensions of a CMOS-MEMS Z-axis accelerometer are varied in a parametric study that pursues to explore the design space of the spring stiffness that can be achieved by this device. The results of ...

The ability to model the interaction between the transducer and its enclosure is a critical engineering requirement for MEMS designers and can be completed using MEMS+. Fig. 1: Lateral accelerometer ...

Makers of electric vehicles are focusing more on features such as further attenuation of in-cabin noise. STMicro has developed a MEMS accelerometer for accuracy to help achieve that goal. It’s ...

ST’s AIS25BA 3-axis accelerometer is engineered to prioritize RNC system accuracy. At 30µg/√Hz in the X and Y axes and 50µg/√Hz in the Z axis, it has extremely low noise density, which is up to 58% ...