STE-1362227RFRC

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The STE-1362227RFRC is a type of magnetic sensor which falls into the category of Position, Proximity, Speed (Modules). It is designed for applications that require reliable and accurate detection of magnet inclination at direction changes. The device is suitable for a variety of uses, including motion sensing, proximity sensing, speed sensing, presence detection and light detection.

The working principle of this magnetic sensor is based on a magnetoresistive principle. The module has a central sensing element called a magnetoresistive (MR) element that is made from layered nickel-nickel oxide. The MR element is placed in a vertical cylindrical section, which contains the results of the unit’s magnetic field. This MR element is sensitive to changes in the magnetic field so when a magnetic field is detected it will respond by changing the resistance of the element. The amount of change it exhibits is directly related to the strength and direction of the magnetic field.

This sensitivity to the magnetic field allows the STE-1362227RFRC to be used in a variety of field applications. These applications include motion sensing, proximity sensing, speed sensing, presence detection and light detection. It is also suitable for use in automotive, medical, industrial control, and consumer applications. The module includes two Hall effect sensors that are used to detect and measure changes in the magnetic field.

The STE-1362227RFRC can be used to accurately measure the amount of magnet inclination that results from a direction change thanks to its three-axis detection capability. This feature allows for more accurate positioning. The module can detect changes in the magnetic field up to a range of 30 degrees. In addition to measure inclination, the module can also measure the speed of an object using a Doppler effect based on the changes in the magnetic field. This is achieved by monitoring the changes in the amplitude of a signal that is generated by the MR element.

The module also features a temperature compensation option. This feature helps to reduce errors which may be caused by changes in temperature. The temperature compensation works by activating a temperature compensation circuit when the module is powered. This circuit then helps to adjust the detection threshold of the module to the ambient temperature and filter out any temperature-related noise.

In conclusion, the STE-1362227RFRC is a type of magnetic sensor that is designed for applications that need to detect changes in the magnetic field. ItsWorking principle is based on a magnetoresistive principle, which involves a sensing element that is made from layered nickel-nickel oxide. This sensing element detects changes in the magnetic field and is capable of detecting up to a range of 30 degrees. Moreover, the module comes with a range of features such as a temperature compensation capability and three-axis capability for accurate positioning. It can be used for a variety of applications such as motion sensing, proximity sensing, speed sensing, presence detection and light detection.

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