GTCR36-231M-P10-FS

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Gas Discharge Tube Arresters (GDT) are an important part of the electronics industry as they protect electronic equipment from lightning strikes, power line surge and electrical noise. The GTCR36-231M-P10-FS GDT is a special type of gas discharge tube (GDT) that is designed with additional features to protect the equipment and circuitry from lightning and electromagnetic interference (EMI) events. This GDT has a high-quality polypropylene body and oxide resistance for added protection.

The GTCR36-231M-P10-FS GDT has two main application fields: lightning and surge protection. The surge protection capabilities are due to the polypropylene body and special oxide material coating which is designed to absorb any sudden and large voltage spikes that may occur. The polypropylene body also offers superior protection against power line surges. The lightning protection capabilities lie in the special construction of the GDT which diverts any large electrical surge or spike to other ground surfaces instead of out the equipment it is designed to protect. This type of electrical protection is known as transient voltage suppression.

The working principle of the GTCR36-231M-P10-FS GDT is that the gas inside the tube acts as an insulator between the two electrodes. When the voltage across the electrodes rises beyond a certain threshold, however, a spark jumps across the tube and the gas becomes electrically conductive. The electrical current is then diverted to the protected circuit, shielding it from any damage. This gas discharge tube will protect the equipment and circuitry from any kind of lightning or power surge.

The GTCR36-231M-P10-FS GDT is a highly reliable and efficient way to protect electronic devices from lightning strikes and power line surges. Its advanced design and construction make it a reliable and safe option for users, while the polypropylene body and oxide resistance offer superior protection to the equipment and circuits. The working principle allows the GDT to protect the equipment from any kind of large and sudden voltage spikes, making it a reliable and cost-effective option.

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