FXLN8372QR1

Motion sensor accelerometers are typically used in applications where vibration, motion, and shock must be measured. The FXLN8372QR1 accelerometer is a precision motion sensor designed for these types of applications. This device provides information on the physical movement and changes in the environment of the system in which it is used.

The FXLN8372QR1 is a digital three-axis accelerometer capable of measuring acceleration and sensing tilt in two axes and acceleration in three axes. The device is a low-power, high-precision motion sensor that offers a wide variety of usability, system accuracy, and power savings. The center frequency range of this accelerometer is 0.8 Hz to 3.2 kHz, providing a wide range of applications.

The FXLN8372QR1 accelerometer uses advanced motion detection and sensing technology to detect and report acceleration, vibration, and tilt over the range of ±2g, ±4g, and ±8g. The built-in self-test feature allows for quick and easy setup and operation so users can begin measuring motion from the moment the FXLN8372QR1 is powered up.

The FXLN8372QR1 accelerometer uses advanced signal conditioning to produce accurate and reliable measurement signals for tilt and accelerations. The device is contained in a small, compact package, which minimizes system size and cost. Additionally, the device operates on a low-power circuitry, making it well-suited for portable devices where power consumption is a concern.

The FXLN8372QR1 accelerometer is used in a wide variety of applications, including automotive, avionics, defense, medical, and much more. The device is designed to meet the requirements of demanding motion sensing applications and provides a reliable and compact solution for various applications. Additionally, the device is capable of communicating with systems via I2C/SPI, making it highly compatible with a wide range of systems.

In summary, the FXLN8372QR1 accelerometer is a precision sensing device designed for measuring vibration, motion, and tilt in applications such as automotive, avionics, defense, and medical. The device uses advanced signal conditioning and low-power circuitry to produce accurate and reliable measurement signals. Additionally, the device is capable of communicating with systems via I2C/SPI, making it highly compatible with a wide range of systems.