T049368

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Gas Discharge Tube Arresters (GDTs) play an important role in safeguarding electrical and electronic systems. When lightning strikes, GDTs protect the system by absorbing shocks and discharges that result from lightning strikes. T049368 is a type of GDT that is used in a variety of applications. This article will discuss the application field and working principle of T049368.

T049368 is a surge protective device designed to protect electronic equipment from transient transients. It is a multistage GDT specifically designed to provide protection for a wide range of electrical and electronic systems. It is suitable for AC, DC, and both. T049368 has a peak power up to 10,000 Volts and 40,000 Amp. It is designed to be a very low resistance device, with a current peak rating of 0.5 ohms to provide a high level of protection. The working voltage of T049368 is 400 to 600 Volts.

T049368’s application field is power networks, telecommunication networks, as well as industrial and commercial applications. Power networks use the device to provide surge protection against lightning strikes, spikes, and transients. Telecommunication networks use the device to protect equipment from high frequency line noise. Industrial and commercial applications use the device to provide electromagnetic interference protection from high voltage sources.

The working principle of T049368 is based on the theory of electrical breakdown of solid insulators. Electrical breakdown occurs when a high electrical field strength is applied to a solid insulator, such as air or a gas. Due to the presence of charged particles in the insulator, the electric field strength rises as the voltage increases. When the electric field strength reaches the point of breakdown, charged particles in the insulator form a current path to conduct the current, thus resulting in an electric discharge.

T049368 consists of two parts: the main body and the spark gaps. The main body is a ceramic tube filled with argon and oxygen. The main body acts as a spark gap which conducts current when the electric field is high enough to break down the surrounding particles. The spark gaps are small apertures on the surface of the main body which, upon break down, create a high electric field that discharges the current. This discharge current is absorbed by the main body, thus protecting the equipment.

In conclusion, T049368 is a type of Gas Discharge Tube Arrester designed to provide protection for a wide range of electrical and electronic systems. It is suitable for AC, DC, and both, with a peak power rating up to 10,000 Volts and 40,000 Amps. It is used in Power Networks, Telecommunication Networks, and Industrial and Commercial applications. Its working principle is based on the theory of electrical breakdown of solid insulators and it consists of two parts – the main body and the spark gaps.

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