NXP USA Inc. D3172MMA7455L

NXP USA Inc. D3172MMA7455L Environmental and export classification status description

The NXP SemiconductorsMMA7455L is a low-power, three-axis accelerometer designed to provide accurate motion and tilt sensing. It is widely used in various applications to detect motion, acceleration, and orientation within different devices. Functions: - Triple-axis accelerometer for motion sensing - Low power consumption for extended battery life - High sensitivity and accuracy in measuring acceleration - Embedded self-test capability for diagnostic purposes - I2C/SPI digital interface for easy integration with microcontrollers Applications: - Industrial equipment monitoring - Automotive safety systems - Wearable devices for fitness tracking - Consumer electronics for gesture recognition - Drone stabilization and navigation Alternative Components: - STMicroelectronics LIS3DH - Bosch Sensortec BMA400 - Analog Devices ADXL345 Embedded Modules: - Enabling Motion Detection Library - Freefall Detection Library - Tilt Sensing Library Related Q&A: 1. Q: Can the NXP MMA7455L accelerometer detect both static and dynamic acceleration? A: Yes, the MMA7455L can detect both static acceleration (such as gravity) and dynamic acceleration (such as movement or vibrations). 2. Q: What is the typical power consumption of the NXP MMA7455L accelerometer? A: The MMA7455L has low power consumption, usually consuming less than 1mA during active operation. 3. Q: Can the NXP MMA7455L accelerometer be used for tilt sensing applications? A: Yes, the MMA7455L is suitable for tilt sensing applications, providing accurate measurements of orientation changes. 4. Q: Is it possible to calibrate the NXP MMA7455L accelerometer for improved accuracy? A: Yes, the MMA7455L has calibration registers that can be used to adjust the sensor output for improved accuracy. 5. Q: What is the output resolution of the NXP MMA7455L accelerometer? A: The MMA7455L has a 10-bit output resolution, providing a range of values for each axis to represent acceleration measurements accurately.