GX-18MUB-C5

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Proximity Sensors

Proximity sensors are a form of automotive sensors that detect objects in their vicinity without direct contact with the object or surface. Proximity sensors come in various shapes and sizes and can be used for a variety of applications. One of the most common types of proximity sensors is known as the GX-18MUB-C5.

GX-18MUB-C5 Application Field

The GX-18MUB-C5 is a general-purpose proximity sensor that is mainly used for detecting objects in or around environments that are too dangerous for humans to go into. It has the capability of detecting ferric metals and is suitable for a range of applications. Some of these applications include collision avoidance in vehicles, security, and object positioning.

GX-18MUB-C5 Working Principle

The GX-18MUB-C5 proximity sensor works by the principle of eddy current. When an electric current travels through a conductor, a secondary current is generated in and around the conductor due to inductive effects of the surrounding environment. When an object is exposed to this secondary current, a potential difference will be induced in the object, which can then be detected by the GX-18MUB-C5.

This induction of an electrical potential difference is usually referred to as an eddy current. The GX-18MUB-C5 uses this principle by detecting changes in the eddy currents caused by objects in the vicinity. This is achieved by using an inductive field which is generated to detect changes in eddy currents. The sensor is able to sense changes in the eddy currents due to the proximity of an object and can then process this information into a form that can be read and understood.

The GX-18MUB-C5 can detect objects up to a certain range depending on its settings. The range of detection can vary depending on the environment, size and type of metal being detected. The GX-18MUB-C5 can be used in a variety of applications, such as collision avoidance in vehicles, security, and object positioning.

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