103SR17A-2

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The 103SR17A-2 is a magnetic sensor module used in fields such as motion control, proximity sensing, and speed measurement. This module allows for the reliable detection of a wide range of magnetic field sources. Due to its small size and low power consumption, the 103SR17A-2 is perfect for applications where space and energy efficiency are of paramount importance.

Magnetic sensors generally use Hall effect technology to measure changes in a magnetic field. The application range of these sensors can be anything from measuring linear motion to rotary motions. However, the most common use case is for the reliable detection of a magnetic field emitted from a permanent magnet.

The 103SR17A-2 is such an example of a Hall effect magnetic sensor module. Inside the module is a Hall effect device which consists of two components; a Hall element and a carrier. The Hall element is a semiconductor material, typically a thin film of silicon, whose resistivity changes in the presence of a magnetic field. The carrier is an amplifier that amplifies the small Hall Effect current created from the Hall element. This current is then converted into an electronic voltage signal.

The 103SR17A-2 module has a wide dynamic range; meaning it is capable of detecting small and strong magnetic fields. This versatility makes the module perfect for applications such as speed monitoring, where it can accurately register the speed of a rotating object or machine.

In terms of assembly, the 103SR17A-2 module requires minimal effort due to its plug-and-play design. The module is moisture and dust resistant making it suitable for industrial use. This module also has a long service life and is capable of operating in temperatures ranging from -25°C to +125°C.

The 103SR17A-2 is an incredibly versatile magnetic sensor module. Its small size and low power consumption make it extremely attractive to engineers as it can find use in a variety of applications. As a result, the 103SR17A-2 can be found in the fields of motion control, proximity sensing, and speed measurement.

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