103SR13A-8

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The 103SR13A-8 is a magnetic sensor module designed to detect the position, proximity, and speed of devices. It utilizes a highly sensitive sub-micron magnetoresistance technology capable of detecting very small magnetic changes in both flux density and direction. This technology, when combined with the module’s proprietary digital signal conditioning algorithms, enables the device to provide extremely high accuracy in its detection capability even in harsh industrial environments.

The combination of the MEMS sensor technology and the precision digital signal conditioning yields robust and reliable output, making the new 103SR13A-8 module the preferred choice for applications such as position monitoring, mechanical measurements, and robotic guidance systems.The module has two parts: a sensor module and a base module. The sensor module contains the MEMS sensor, a processor, power management circuitry, an analog to digital converter (ADC), a digital filter, and an interface port. The base module contains an external power source (usually a battery) that supplies power to the sensor module.When the 103SR13A-8 is in operation, it continuously samples and processes the magnetic fields in its vicinity. Its sophisticated signal conditioning algorithms enables it to detect very small changes in both flux density and direction. This enables the module to detect the position, proximity and speed of any magnetic objects in its vicinity with a high degree of accuracy. The 103SR13A-8 also provides a range of adjustable parameters which allows the user to customize the module\'s output according to their application\'s requirements. Its adjustable parameters include field measurement range (measurement points), sensitivity, response time, position resolution, data output rate, and output format. The 103SR13A-8 module can be used for a variety of applications such as position monitoring, mechanical measurements, and robotic guidance systems. Its high degree of precision and accuracy, coupled with its robust and reliable output makes it the perfect choice for any industrial application.

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