MLX90372GDC-ACE-300-SP

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Today, with the development of technology, there has been an increasing demand for devices that are capable of accurately measuring linear and/or angular movements. The MLX90372GDC-ACE-300-SP Accelerometer-based Digital Angle Sensor is one such device that can be used to measure angular movement in application fields across industries. The MLX90372GDC-ACE-300-SP accelerometer based digital angle sensor is designed and manufactured by Melexis. It measures angular displacement and delivers measurements in digital run-time format along with a reference angle.

Features

• 15-bit resolution in angles of 45°, 90°, and 270°.
• 8-bit resolution in angles of 0° and 360°.
• Non-contact operation with no electrical noise.
• Sampling rate of up to 600 Hz.
• Differential analog output.
• High accuracy and linearity.
• Robust and reliable operation.
• Wide temperature range (-40°C to+ 125°C).
• Housing material is based on LCP, offering good heat conduction and mechanical resistance.

Applications

The MLX90372GDC-ACE-300-SP accelerometer based digital angle sensor is widely used in several application fields including robotics, aerospace, automotive, industrial automation, medical and industrial instrumentation, and consumer goods. It is especially suitable for applications where high accuracy and speed of data acquisition are required when measuring angular movement in both linear and rotary axes. Some example applications include robotics/automation, OEM rotation sensing, 3D pointing, consumer appliance rotary switches, and detection of angular displacement on rotating machines.

Working Principle

The MLX90372GDC-ACE-300-SP accelerometer based digital angle sensor uses a low-power micro-accelerometer to measure the angular displacement between two reference frames. The two reference frames are called the output frame and the reference frame. The output frame can be an arbitrary reference axis (x, y, or z) defined within the sensor, while the reference frame is usually set to an initial starting position. The sensor contains an internal digital filter which is used to filter and acquire the angular position data. The data is then processed and transmitted via a serial interface. The sensor is also equipped with a built-in diagnostic system to test the precision of the measurement system.

Conclusion

The MLX90372GDC-ACE-300-SP accelerometer based digital angle sensor is the perfect choice for measuring linear and angular movement in a range of different application fields. It can offer a high level of accuracy and reliability, and is capable of providing data with a sampling rate of up to 600 Hz. It is also robust and reliable enough for industrial use, and is equipped with an internal digital filter for improved data acquisition. With its wide temperature range and differential analog output, the MLX90372GDC-ACE-300-SP is a versatile and reliable device for position sensing applications.

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