MXR7305VF

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Motion sensors are instruments used to measure acceleration, angular velocity, tilt, displacement, vibration, and low-level rotational position. Accelerometers are one type of motion sensor which measure linear acceleration, the rate of change of velocity over time. This article will discuss the application field and working principle of the MXR7305VF, an accelerometer used for measuring and monitoring high-level linear acceleration.

Application Field

The MXR7305VF is a high-level linear accelerometer designed for monitoring and measuring acceleration in industrial machinery and other applications. It is able to measure linear accelerations up to 5,000 g, as well as performing accurate measurements in a wide temperature range from -40°C to +100°C. The device is also capable of detecting high-frequency shocks and vibrations, making it useful for applications such as analysing and preventing machinery damage.

The MXR7305VF is widely used in the automotive industry for fuel injection systems, braking and stability control, powertrain testing, and ride comfort control. It can also be used in the medical industry for gait analysis and prosthetic limb development, and in aerospace applications for turbine engine control.

Working Principle

The MXR7305VF uses a piezoelectric principle which measures acceleration using a quartz crystal housed in a metal case. When an acceleration is applied to the device, the quartz crystal is subjected to stress which produces electrical charge proportional to the stress it is subjected to. This charge is amplified and then converted into a voltage output signal, with a frequency range of 1 Hz to 1kHz.

The MXR7305VF accelerometer is equipped with built-in temperature compensation, which ensures the accuracy of readings over a wide temperature range from -40 to +100°C. The device also features a low-noise, low-impedance electronics package, with a high signal-to-noise ratio (SNR) of >80dB.

The MXR7305VF is also designed to be resistant to vibration and shock, and the device is also hermetically sealed. This ensures that it can withstand a range of harsh environmental conditions, from high temperatures and shock to extreme pressures.

Conclusion

The MXR7305VF is a high-level linear accelerometer designed for monitoring and measuring acceleration in industrial machinery and other applications. It uses a piezoelectric principle which measures acceleration using a quartz crystal housed in a metal case, and is designed to be resistant to vibration and shock. The device is able to measure linear accelerations up to 5,000 g, and is also equipped with built-in temperature compensation, ensuring the accuracy of readings over a wide temperature range. As such, the MXR7305VF is a reliable and robust instrument for measuring and monitoring linear acceleration.

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