MLX90367LDC-ABT-090-RE

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The MLX90367LDC-ABT-090-RE is part of Melexis\' MLX90367Rotary Position Sensor family. As a member of the MLX90367 family, this sensor is specifically designed for the usage in automotive and industrial applications that require precise, reliable and cost-effective rotary position sensing. This post will look at application fields and working principles of the MLX90367LDC-ABT-090-RE.

Application Fields

The MLX90367LDC-ABT-090-RE is a linear position sensing device that is highly suitable for use in industrial applications that require a small form factor. It is suitable for low-power and highly accurate measurements in a wide range of power, speed and environmental conditions. Examples of application fields include detection of throttle valve position in automobile, detection of fuel injection actuator position in automobile, detection of valve position in a fuel injection system, and detection of position of shifting lever in a transmission system.

This type of linear position sensor is also widely used in robotics and automation applications such as control of robotic arm, position control of actuators in robots, and motion control of motors in automated systems. It can also be used for medical conditions monitoring and also for angular measurement in industrial settings.

Working Principle

The MLX90367LDC-ABT-090-RE consists of a linear Hall sensor element, a digital compensator and a power supply. The Hall sensor element uses the Hall effect to measure the magnetic field generated by a permanent magnet. The digital compensator compares the signal generated from the Hall element with previously stored calibrations data. The power supply provides the electrical current that powers the Hall element and digital compensator.

In order to measure the angle of a rotating component, the magnet is attached to the rotating component. As the component rotates, the Hall effect causes the coil embedded inside the Hall element to generate a voltage which, when processed by the digital compensator, is read as a linear position relative to the magnet\'s position. The voltage output by the digital compensator is then processed to provide a signal indicating the current angular position of the component. This signal can be used by other device for further processing.

The MLX90367LDC-ABT-090-RE is a robust, low-power, and precise device for linear position sensing. With a small form factor, robust insulation technology, and precise calibration and signal acquisition, the MLX90367LDC-ABT-090-RE is a perfect device for many industrial applications.

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