MK20/2-B-100W

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A magnetic sensor is a device used to measure the strength and direction of a magnetic field. The MK20/2-B-100W is a type of magnetic sensor that falls into the magnetic sensors - position, proximity, speed (modules) category.

This type of sensor is usually used to detect the movement and/or position of a target that contains a magnet. The main components of the MK20/2-B-100W sensor are a ferrite loop core, a thermistor, and a coil. The ferrite loop core is the most important part of the sensor since it is the one that interacts with the target’s magnet. It consists of a loop of ferrite material with alternating north and south poles which creates a high inductance and allows the sensor to measure the amount of magnetic field produced by the target’s magnet.

The thermistor is used to measure temperature differences and thus detect any changes in the weather that can affect the magnet’s strength. The coil also receives the magnetic field produced by the target and converts it into a voltage signal that is then sent to the sensor’s output port.

The MK20/2-B-100W can be used in a wide range of applications such as industrial automation and motion control, security systems, robotics, and medical instrumentation. It can also be used for measuring the position and speed of a target with great accuracy. It is a low-cost solution that offers superior performance compared to other types of magnetic field sensors.

The working principle of the MK20/2-B-100W is simple yet effective. When the target containing the magnet is moved, the magnetic field produced by it interacts with the ferrite loop core, creating a voltage signal that is then converted into an output voltage. The output voltage can then be used to measure the target\'s position and speed with great precision.

The MK20/2-B-100W sensor is a reliable and cost-effective solution for applications involving the measurement of magnetic fields and their associated position and speed. It is capable of detecting a wide range of magnetic fields and can be used for applications involving motion control, security systems, robotics, and medical instrumentation. In addition, it is capable of providing precise measurements of magnetic fields with great accuracy.

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