MC-SS2XCSCC0

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The MC-SS2XCSCC0 is an advanced non-contact type magnetic sensor which can be used in a variety of scenarios and environments. It combines a wide range of features to provide accurate and reliable measurements, such as self-calibrating two-axis Hall sensor, inter-carrier frequency drift compensation, temperature proportional gain variation compensation, and undirectional measurement. Such a sensor is perfect for a broad range of applications.

Common Applications

The flexibility of the MC-SS2XCSCC0 makes it ideal for a range of applications in many industries. These include robotics, factory automation, automotive, agricultural equipment, medical robotics, and medical imaging. It can be used for measurement or control purposes, depending on the application.

The applications range from measuring bearing movements, to detecting crank direction and crankshaft speed. It can be used for position sensing in linear and rotary motion systems, as well as proximity sensing for objects or vehicles. It can also be used to measure speed of rotation, providing precise speed control and monitoring.

Working Principle

The MC-SS2XCSCC0 features two magnetically coupled sensors, mounted on opposite sides of a metal disc. These sensors contain tiny interconnections, such as contacts, coils, or bearings. When the disc rotates, the interconnections move past the sensors, generating a magnetic flux that registers on the sensor\'s output, allowing the speed of rotation to be measured.

The two sensors detect changes in the same magnetic field simultaneously, allowing the sensor to measure in two directions. This allows for very precise measurements, as changes in the detected value can be accurately correlated to changes in speed. Furthermore, the sensor is capable of self-calibrating to ensure that the measurements remain as precise as possible.

Summary

The MC-SS2XCSCC0 is a versatile magnetic sensor that is capable of measuring and controlling motions such as speed and position. It has been designed to provide precise measurements in a wide range of industries and environments, featuring features such as two-axis Hall sensor, temperature proportional gain variation compensation, and self-calibration. The sensor is ideal for applications such as robotics, factory automation, automotive, agricultural equipment, medical robotics, and medical imaging.

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