KXR94-2283-FR Sensors, Transducers

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Accelerometers detect changes in acceleration as well as correct relative to Earth\'s gravity. They are often utilized in different motion sensing applications such as temperature and pressure measurements, device orientation and stabilization, automotive safety, and seismic analysis. KXR94-2283-FR is a type of accelerometer that can be utilized in various applications.

The KXR94-2283-FR is a single axis accelerometer, which can measure high accelerations up to 1g in a linear mode or measure lower accelerations from 0.3g to 6g. It has a high frequency response of more than 700 Hz. The device is efficient in consuming less power, making it suitable for battery powered applications. Additionally, it has a low voltage supply range of only 1.8 to 3.3V.

The KXR94-2283-FR utilizes a frequency output over a serial data interface, which makes it easily programmable and compatible with many platforms. It is also equipped with an onboard temperature sensor that can detect the temperature in a range of -40°C to +85°C. The device also has a self-test feature that can be used to ensure proper operation even at extreme operating conditions.

KXR94-2283-FR accelerometer is often used for applications related to motion detection, vibration monitoring, and vehicle stabilization. It is utilized for detecting changes in the direction and orientation of objects and detecting movements such as jolts, swerves, or bumps. It can be used in automotive safety systems for detecting abrupt changes in acceleration and deceleration, as well as for detecting strong winds. It can also be used in monitoring industrial processes such as fluid movement in pipelines, or for testing structural integrity by measuring vibration and seismic signals.

The working principle of the KXR94-2283-FR is based on piezoelectricity. A piezoelectric element is a material that exhibits a change in electrical potential when it is subjected to mechanical stress or strain. The KXR94-2283-FR has a piezoelectric accelerometer sensor that is sensitive to temperature and physical motion. Changes in acceleration, temperature, or stress cause variations in electrical potentials, and this variation is the basis for the measurement of physical motion. The device then converts this electrical data into frequency outputs, which can then be used to compute accelerations by measuring the shift in frequency.

The KXR94-2283-FR is a reliable and efficient motion sensor that can be used in a variety of applications such as automotive safety, device stabilization, and vibration monitoring. Its frequency output mechanism and onboard temperature sensor make it an excellent choice for use in precision measurements where accurate and consistent results are required.

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