MFS-11P20CC5

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The MFS-11P20CC5 is a magnetic sensor designed to measure the angular displacement of a two-pole ferromagnetic target in ranges up to 360 degrees. The sensor is not only capable of sensing the angular displacement but also to distinguish between clockwise and counterclockwise movement of the target. It is typically used in applications such as robotics, automation, positioning and motion control. This article provides an overview of the application field and working principle of the MFS-11P20CC5 magnetic sensor.

Application Field

The MFS-11P20CC5 magnetic sensor is used in a variety of applications such as robotics, automation, positioning and motion control. It is ideal for applications where precise angular measurements are required and where the target motion is known to exhibit predictable and repetitive patterns. The sensor is capable of detecting and distinguishing between clockwise and counterclockwise motion of the target, making it well-suited for applications where it is necessary to track the direction of motion. It is particularly well-suited for applications where there is a need for high accuracy and repeatability.

Due to its robust design and small size, the MFS-11P20CC5 is also well-suited for use in limited space environments such as robotic arms, robotics-driven conveyor systems, industrial automation systems, and many other applications requiring precise angular measurements. Besides, the sensor also has a very stable output across a wide temperature range, further increasing its suitability to a number of applications.

Working Principle

The MFS-11P20CC5 is a two-pole ferromagnetic sensing device. It features an integrated Hall Element, a ferromagnetic target, and a magnetic field detector. The magnet in the ferromagnetic target forms a circular magnetic field in the vicinity of the Hall Element. When the target is rotated, the magnetic field is detected by the Hall Element, which produces an output signal proportional to the angle of rotation.

The output signal of the MFS-11P20CC5 is also used to distinguish between clockwise and counterclockwise motion. By detecting the direction of the magnetic field, the device can determine the direction of rotation. This allows the sensor to provide accurate and repeatable positioning information for a variety of applications.

The MFS-11P20CC5 also features a wide dynamic range, which means that it can accurately measure angular displacement in a wide range of 360 degrees. This makes it suitable for a variety of applications requiring precise angular measurements.

Conclusion

The MFS-11P20CC5 is an excellent choice for applications where precise angular measurements are required. Its robust design, small size, and wide dynamic range make it ideal for use in limited space environments. It is also capable of distinguishing between clockwise and counterclockwise rotation, providing accurate and repeatable positioning information. This makes it suitable for a variety of applications requiring precise angular measurements.

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