MFS-11P11CC

Series:	MFS-STI
Part Status:	Active
Output Type:	NO/NC
Type:	Reed Switch
Actuator Material:	Magnet
Termination Style:	M12
Voltage - Supply:	230VAC
Must Operate:	--
Must Release:	--
Operating Temperature:	-10°C ~ 55°C (TA)
Package / Case:	Box

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Introduction

Magnetic Sensors - Position, Proximity, Speed (Modules) has long been an important field of research as it can provide accurate and reliable readings for various applications. The MFS-11P11CC is one such application field, utilizing an integrated magnetic field sensing module to provide a range of positioning and proximity sensing. It has been used widely in various fields such as medical, automotive, aerospace, industrial, and home electronics.

What is the MFS-11P11CC?

The MFS-11P11CC is an integrated magnetic field sensing module that is used in a range of applications. It utilizes multiple magnetic transducers, or MTMs, to detect changes in the ambient magnetic field, allowing the module to provide either a positional readout or proximity sensing. The MFS-11P11CC can be programmed to function as either a single or three-axis magnetometer. When single-axis mode is chosen, the MFS-11P11CC can identify the North pole and South pole, with a resolution of 0.2 °rms.In three-axis mode, the module can detect the orientation of the magnet in three dimensions, with an error of 3° rms. The MFS-11P11CC can detect a range of angles, from 0 ° to 180 °. It is also designed to be immune to external EMI noise.

Applications of the MFS-11P11CC

The MFS-11P11CC offers a range of applications and may be used for various purposes such as: • Industrial automation, providing precise detection of objects in production process• Advanced robotics, enabling a robot to accurately determine its position within a given environment• Automotive, providing a way for a vehicle to track and control its position within a garage or open area• Navigation systems, providing an accurate way to track the position of an object or vehicle• Surveying and mapping, allowing surveying and mapping tools to maintain a precise position relative to a known reference point• Medical, providing a way to accurately detect the position of an object or patient within a given environment• Game systems, providing a way to accurately detect user inputs • Home automation, allowing automated processes to accurately detect objects or items

Working Principle of the MFS-11P11CC

The MFS-11P11CC utilizes a patented sensing technology called Field Effect Grid (FFG). This technology combines two sensing elements to accurately and reliably detect changes in the ambient magnetic field. The two sensing elements include a fixed-metal grid sandwiched between two sensing elements. When the position or proximity of an object changes, the magnetic field of that object interacts with the fixed-metal grid, causing an electrical current to flow through the grid. This current is then used to detect the position and/or proximity of the object.The MFS-11P11CC also has a unique self-calibration system, allowing it to maintain accuracy and precision when detecting changes in the magnetic field. The system begins to calibrate itself when the module is powered up for the first time. The calibration process is then repeated whenever the module is moved or the ambient magnetic field changes. This ensures that the readings provided are precise and reliable.

Conclusion

The MFS-11P11CC is an advanced magnetic field sensing module which can be used for a range of applications, from industrial automation to home automation. It utilizes a patented Field Effect Grid technology to accurately and reliably detect changes in the ambient magnetic field. The module also features a self-calibration system, allowing it to maintain accuracy and precision when detecting changes in the magnetic field. This makes the MFS-11P11CC a reliable and cost-effective solution for any application requiring magnetic field sensing.

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