GTCS35-900M-R05

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Gas Discharge Tube Arresters (GDT) are components used to absorb transient voltage surges in circuit applications. The most common GDTs are composed of a hard, non-conductive core encased in an electrically conductive layer. An example of such an arrester is the GTCS35-900M-R05, which serves to protect against overvoltage surges in several electrical circuits.

The GTCS35-900M-R05 has an operational voltage range of 900V-1800V, a peak current rating of 35kA, and a breakdown voltage of 1700V-2600V. It is designed for use in AC or DC circuits, with a storage temperature range of -40°C to +105°C. The arrester can also withstand shocks of up to 10G.

The GTCS35-900M-R05 works by providing a path for the surge current to flow through and away from the electrical circuit that it is protecting. When the arrester is exposed to a surge voltage, it absorbs the surge current. This current flows through the path provided by the arrester, and the arrester is then reset automatically, ready for the next surge.

GDTs are most commonly used in the electronics industry to prevent overvoltage damage to circuit components. They can also be used to protect data lines, power supplies, and communication systems from overvoltage induced by lightning and other transients. GDTs are also used in medical applications where the surge in line voltage can cause destruction of delicate electronic equipment.

GDTs are available in a variety of designs and sizes depending on the application. The GTCS35-900M-R05 is one of the most common designs and can be found in a variety of sizes and operating voltages. It is often used in large electronic equipment such as computers, servers, and routers, as well as in telecommunications and networking systems.

In summary, the GTCS35-900M-R05 is a type of Gas Discharge Tube Arrester and is designed to absorb transient voltage surges. It has an operational voltage range of 900V-1800V, a peak current rating of 35kA and a breakdown voltage of 1700V-2600V. It can be used in both AC and DC circuits and can withstand shocks of up to 10G. GDTs are widely used in the electronics industry and in other applications, such as medical and telecommunications equipment.

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