GTCS23-301M-R01-2

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Gas Discharge Tube Arresters (GDT) are an important component of electrical safety systems. They protect electrical systems from high voltage surges that can be caused by lightning strikes, electric arcs, and faults in the power grid. GDTs act like lightning rods—they allow high voltage energy to pass through them without damaging the devices connected to the power system. The GTCS23-301M-R01-2 is a specific type of GDT designed to protect telecommunications systems from the effects of lightning strikes, electromagnetic interference, and power surges.

The GTCS23-301M-R01-2 is a metal oxide varistor (MOV) type Gas Discharge Tube Arrester. It is a three-stage (three pin) device that is typically housed in a metal shield. The housing is designed to protect the MOV from mechanical damage and other environmental factors. The GTCS23-301M-R01-2 is rated for operation at 300 volts (V) and 1,200 amps (A). It has a maximum pulse discharge rating of 10,000 A (10KA) and a surge current rating at 8/20 µs peaks of 5,000 A. The device is designed for telecommunications systems, such as radio and telephone systems, as well as other communication-related systems.

The working principle of the GTCS23-301M-R01-2 is quite simple. When an intense voltage surge occurs, the MOV inside the GTCS23-301M-R01-2 senses the surge and begins to conduct current. This current travels through a medium, typically a ceramic, filled with metal oxide particles inside the arrester. As the current flows through the metal oxide particles, it generates heat, which causes the particles to break down and release electrons. These electrons dissipate the energy of the voltage surge, thus protecting the device connected to the power system.

The GTCS23-301M-R01-2 is an important component for protecting telecommunications systems and related systems from the damaging effects of lightning strikes, power surges, and other electrical events. Because of its efficient design and high-performance characteristics, the GTCS23-301M-R01-2 is an ideal solution for protecting telecommunications systems from electrical hazards.

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