MLX90367EDC-ABV-000-TU

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Position sensors are used for a variety of applications and leverage various technologies to provide position measurements. MLX90367EDC-ABV-000-TU is a 3-axis magnetic linear and angle sensor, and it provides a 3-dimensional linear position measurement in addition to magnetic angle measurement. This position sensor has a wide range of applications such as robotic arms, industrial machinery, etc.

MLX90367EDC-ABV-000-TU Application Field

The MLX90367EDC-ABV-000-TU is a 3-axis magnetic linear and angle sensor which can be used for a variety of applications such as robotic arms, robotic control systems, encoding devices, industrial machinery, etc. The sensor is capable of measuring linear position, magnetic angle, as well as linear velocity. It is ideal for applications which require accurate and reliable positioning information.

The sensor’s functional implementation as a 3-axis position sensor makes it unique among other position sensors, as it provides measurements in 3 dimensions. This makes it particularly useful for applications which require true 3D measurements of objects or environment. The sensor also features an integrated thermopile temperature sensor which allows it to measure temperature along with the measured position.

MLX90367EDC-ABV-000-TU Working Principle

The MLX90367EDC-ABV-000-TU operates using a linear Hall Effect technique to measure position along three axis in either 2D or 3D. It contains three integrated magnetic sensors and a micro-processor for processing the measurement signals to calculate the linear position and magnetic angle. The sensor facilitates high linear and angular resolutions of ±10µm and ± 2° respectively. Additionally, since the micro-processor is integrated, it makes the sensor easy to configure and monitor.

The magnetic Hall effect principle of operation is based on the concept of a balanced magnetic field. When a magnetic element is placed within the field, the field is distorted and is detected by the sensors. The distortion is then transferred into an analog voltage output by the sensors which are then amplified and converted into a linear position measurement.

The output data is also temperature compensated since the integrated thermopile temperature sensor helps measure the temperature and adjust the output accordingly, thus providing increased accuracy over temperature variance. This allows the sensor to provide accurate linear position measurements under a wide range of temperature and environmental conditions.

Conclusion

MLX90367EDC-ABV-000-TU is a useful 3-axis magnetic linear and angle sensor designed for industrial applications. The sensor operates on linear Hall Effect principle and can measure linear position, magnetic angle, and linear velocity. It also features an integrated thermopile temperature sensor to provide temperature compensation, thus ensuring accurate measurements over a wide range of temperatures.

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