GTCN36-351M-R10

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Gas discharge tube arresters (GDT) are a type of surge protection device used in electrical systems to protect circuits from transient surges. GDTs are passive, non-electrical devices that are designed to limit the amount of transient voltage across an electronic circuit. GDTs can be used in a variety of applications, including high-frequency or radio-frequency (RF) applications.

GTCN36-351M-R10 is an example of a gas discharge tube arrester that is designed for use in high-voltage systems. This particular model has a maximum discharge voltage of 28V and a maximum clamping voltage of 36V. It can be used in both single-phase and three-phase systems, and is rated for operation up to 30A. It also has a peak surge current rating of up to 6kA.

The working principle of a GTCN36-351M-R10 gas discharge tube arrester is quite simple. When an excessive voltage or current occurs, the gas discharge tube arrester will activate. This is done by a cathode-ray tube, which is filled with an inert magic gas. When the gas is excited by the excessive voltage or current, it will ionize and allow a large current spike to pass through the unit. This current will then be limited by the internal resistor, which will protect the connected equipment from any damage.

Once the current spike has passed, the gas will return to its non-ionized state and the GTCN36-351M-R10 gas discharge tube arrester will return to its normal state. This particular model has a response time of roughly 0.32 microseconds, which makes it one of the fastest surge protection devices on the market.

GTCN36-351M-R10 gas discharge tube arresters have a wide range of applications. They can be used in a variety of high-voltage applications, such as power lines, rectifiers, induction furnaces, motor starters, and high-voltage transmission lines. They can also be used in data and telecommunications systems, as well as in industrial control systems. They are highly effective at protecting both equipment and personnel from transient voltage or current spikes, and are a relatively cost-effective way to keep your system safe from damage.

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