New accelerometer with high performance and class-leading resolution

21-04-2017 | Rutronik | Test & Measurement

With the LIS2DW12, distributor Rutronik offers the new member of STMicroelectronics’ low-power, high-performance MEMS product family. Taking context sensing in IoT and wearable devices to the next level, the three-axis accelerometer delivers superior accuracy, flexibility, and energy savings by supporting multiple low-power and low-noise settings in a 2mm x 2mm x 0.7mm package. The device has 16-bit output and can be set to prioritize low power consumption or low-noise performance, with five settings in either mode. A specific feature coupled with four settings in each mode save waking the system check for data, and allow efficient single-byte transfers thereby further minimizing system power consumption and helping extend battery life. Features that support system-level power savings include a 32-level FIFO, a built-in temperature sensor, and a programmable interrupt to freefall, wake up, activity/inactivity, 6D/4D orientation detection, and tap/double-tap detection. Drawing as little as 50nA in standby, or 380nA in low-power mode at 1.6Hz Output Data Rate, the device adds negligible load on the battery. The supply-voltage range of 1.62 up to 3.6V allows extended operation from small coin or button cells. Noise density down to 90µg/vHz is at least 25% lower than similar devices. This improves the measurement accuracy in next generation applications from healthcare, fitness, and gaming to industrial sensing and environmental monitoring.
ads_logo.png

By Electropages

Electropages is a trusted source of news and insights from the global electronics industry. With a dedicated team of experts and editors, Electropages delivers in-depth articles, product updates, and market trends across sectors such as embedded systems, IoT, connectors, and power solutions. Our mission is to empower engineers and professionals with the knowledge they need to innovate and succeed in a rapidly evolving technological landscape.