Electronic module Adxl355 Adxl357 Three-Axis Accelerometer Sensor Module Digital Output Industrial Grade Low Power Consumption

Adxl355/Adxl357 Can Perform High-Resolution Vibration Measurement with Extremely Low Noise, and Can Realize Early Detection of Structural Defects through Wireless Sensor Networks. The Low Power Consumption Performance of the New Adxl355 Accelerometer Can Prolong the Battery Life and Extend the Product Life by Reducing the Number of Battery Changes. The Low Noise and Low Power Consumption of Adxl355 Enable Low-Level Vibration Measurement Applications Such as Structural Health Monitoring (SHM) to Be Implemented at a High Cost Performance. In Addition, the Tilt Stability of Adxl355 Accelerometer Provides Excellent Repeatability in the Temperature and Time Range, and Uses Inertial Measurement Unit (IMU) ideal Choice for Direction and Navigation System of UAV and Inclinometer. These New Accelerometer Products Can Provide Repeatable Tilt Measurement in All Environments. They Can Achieve Small Tilt Errors without a Large Amount of Calibration in Harsh Environments.

Adxl355/Adxl357 Accelerometer Can Ensure Temperature Stability with a Zero Offset Coefficient of 0.15Mg/C (Large Value). This Stability Greatly Reduces the Resources and Costs Related to Calibration and Testing, and Helps Equipment OEM Manufacturers Achieve Higher Throughput Rates. In Addition, the Sealed Package Can Also Ensure That the Final Product Can Meet the Repeatability and Stability Specifications after Leaving the Factory for a Long Time.

The Output Full-Scale Range (FSR) of the Adxl355 MEMS Accelerometer Is ± 2G to ± 8G, and the Output Full-Scale Range (FSR) of the Adxl357 MEMS Accelerometer Is ± 10.24G to ± 40.96G, with 1 Hz to 1 KHz Optional Digital Filtering and 25 & Micro;/Hz Low Noise Density, While the Power Consumption Is Less than 200 & Micro; a; the Device Achieves the Performance Level of More Expensive Devices with Lower Power Consumption and BOM Cost.