MK11/B10-1A66B-500W

Magnetic Sensors - Position, Proximity, Speed (Modules)

MK11/B10-1A66B-500W, a module of magnetic sensors, is designed for position, proximity and speed sensing. It is mainly used in automation equipment, such as industrial motion control, robot guiding, camera framing, as well as hand-held devices like mobile phone, tablet PC, medical equipment, game controllers, etc. In this article, we will introduce the application fields and working principle of MK11/B10-1A66B-500W.

Application Fields:

In the field of industrial motion control, it\'s mainly applied for precise positioning control of robots. For example, in the semiconductor manufacture line, the robot requires very precise positioning control when grab the target object, and MK11/B10-1A66B-500W can detect even very subtle changes in the position and provide feedback for its precise locaion. It can also be applied to machining automation such as stamping, riveting and so on.

Apart from industrial control, MK11/B10-1A66B-500W can also be used in camera framing. When the camera making a panoramic shot, it needs to adjust the position of the device to ensure the perfect shot. MK11/B10-1A66B-500W can provide the feedback for the camera to ensure it get the perfect framing.

Furthermore, MK11/B10-1A66B-500W can also be found in hand-held equipment, such as mobile phone, tablet PC, medical equipment, game controllers and so on. In the consumer electronic domain, it usually functions to enable the precision control and multiple operation modes. For example, when you are using the mobile phone, you can shake the phone to switch to silent mode, thanks to the functions provided by MK11/B10-1A66B-500W.

Working Principle:

The working principle of MK11/B10-1A66B-500W is simple and effective. It has a pair of coils with a small ferrite core, which is placed within a magnetic field. The two coils create a differential signal, based upon the core\'s position. When the core is moved in the magnetic field, the differential signal between the two coils will change proportionally to the core\'s position.

When an external force, such as the one generated by the camera while taking photos or the one generated by the user while using the mobile phone, acts on the core, it will cause the core to move within the magnetic fields, thus generating the proportionally changing differential signals. The changing differential signals will be then detected by a receiver inside the MK11/B10-1A66B-500W module and change the output accordingly, and this is how it works.

Conclusion:

In conclusion, MK11/B10-1A66B-500W is a module of magnetic sensor mainly used in automation equipment, consumer electronics and hand-held devices. Its working principle is simple: it has a pair of coils with a small ferrite core, and when the core is acted upon by an external force, it will being moving within the magnetic field and the changing differential signals will be detected, thus changing the output of the module.