NXP's three-axis accelerometer is ideal for automotive, Internet of Things, and medical applications

     The FXLS8964AF is a compact triaxial accelerometer designed for various applications where motion detection requires ultra-low power wake-up function. The combination of sensor performance, system energy efficiency and extended temperature range performance makes the FXLS8964AF an ideal accelerometer for automotive key card applications.

     FXLS8967AF is a compact three-axis MEMS accelerometer designed for a variety of automotive safety and convenience applications that require ultra-low power wake-up function when detecting motion. The combination of sensor performance, system energy efficiency and extended temperature range performance makes the FXLS8967AF an ideal accelerometer for automotive safety and convenience applications.

     The FXLS8974CF is a compact three-axis MEMS accelerometer designed for a variety of industrial and medical iot applications that require ultra-low power wake-up capabilities when detecting motion. The device supports high performance and low power modes of operation to maximize the resolution and power requirements of a variety of unique use cases. The combination of sensor performance, system energy saving function and extended temperature range performance makes FXLS8974CF an ideal accelerometer for motion detection in the Internet of Things.

     The FXLS8964AF and FXLS8967AF devices comply with the AEC-Q100 standard and operate in the extended temperature range from -40°C to +105°C. These components support high performance and low power modes of operation to maximize resolution and power requirements for a variety of unique use cases. The FXLS89xx device comes in a 2 mm x 2 mm x 0.95 mm ten-pin DFN package with 0.4 mm pitch and wettable flanks.

     These smart sensors include advanced digital features such as the SDCD module for inertial event detection, automatic wake up/sleep, 32-sample FIFO/LIFO buffers and a single-wire interface, ensuring overall energy savings and simplifying host data collection.