GTCS36-900M-R10-2

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A Gas Discharge Tube Arresters (GDT), such as the GTCS36-900M-R10-2 is an electrical device designed to protect electrical systems from damage caused by lightning. It is also used to protect radio and telephone lines from voltage spikes. The principles behind this type of device are relatively simple, and the application field is wide.

The basic idea behind GDTs is to use two electrodes to create an arc between them. The arc is capable of absorbing sudden spikes in voltage, such as those caused by lightning. The GDT is designed to conduct at a predetermined voltage and break the circuit at a higher voltage. This prevents voltage from travelling into the equipment and frying it, as would happen in the event of a lightning strike.

The application field for GDTs is wide and varied. For example, they are used in computer systems, telecoms equipment, automotive electronics, power supplies, medical equipment, and more. They can also be used line conditioning or surge protection, where their ability to absorb sudden spikes in voltage comes in handy.

As for how GDTs work, the two electrodes create a conductive path, and any high voltage that enters will trigger a spark. This spark neutralizes the incoming voltage and prevents damage to the system.} The GDT can be triggered by a very high voltage, while remaining open at normal loadings, thereby allowing power to flow through the device without interruption.

In summary, GTCS36-900M-R10-2 is an example of a Gas Discharge Tube Arrester (GDT). It is used to protect electrical systems from damage caused by lightning or high voltage. Its application field is wide, including computer systems, telecoms equipment, automotive electronics, and more. Moreover, it works by creating a conductive path between two electrodes as incoming high voltage will trigger a spark which neutralizes the voltage.

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