AH1802-WG-7

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Magnetic sensors and switches are becoming increasingly popular in industrial applications due to their reliability and durability. The AH1802-WG-7 is an example of a magnetic sensor-switch which is designed to deliver accurate and reliable performance in a range of industries. This article will explain the application field and working principle of the AH1802-WG-7.

The AH1802-WG-7 is designed for use in a variety of industries including manufacturing, automotive, security, and robotics among others. The sensor-switch is able to monitor the magnetic fields in the immediate area to detect changes in the environment. The device is suitable for a range of temperatures, ranging from -20°C to 85°C, and for voltages ranging from 9-36 V. The sensor-switch also has a wide operating distance of up to 48 mm.

The AH1802-WG-7 is a solid state device which operates on the Hall effect principle. This detects changes in a magnetic field based on changes in the voltage through a conductive metal plate. When a magnetic field is applied, the voltage on the plate changes proportionally. The device can detect changes in the magnetic field due to movement of a target object, or due to changes in the environment such as temperature or altitude.

The AH1802-WG-7 is designed to be easy to integrate with other systems and can be controlled with Arduino or Raspberry Pi. The device is also highly resistant to interference from outside sources and has a high level of accuracy. This makes it ideal for a range of industrial applications where reliable and precise detection of objects is required.

The AH1802-WG-7 is a reliable and versatile magnetic sensor-switch which can be used in a range of industries. It is designed to be easy to integrate with other systems and can detect changes in the magnetic field with a high level of accuracy. This makes it suitable for a range of applications where reliable and precise detection of objects is required.

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