GTCS26-471M-R05-2

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Gas Discharge Tube Arresters (GDT) have been around for decades and are commonly used in power supply and industrial applications for protection from transient voltage surges. The GTCS26-471M-R05-2 is an example of a high voltage GDT. It is designed to protect valuable equipment and sensitive circuits from catastrophic failure due to extreme elevated spikes in electricity.

The GTCS26-471M-R05-2 has a wide range of applications, ranging from residential and commercial power supplies to medical, military, and other specialized applications. It is designed to protect circuits from surges of up to 470kV, which covers the majority of potential power surges. Additionally, the GTCS26-471M-R05-2 has a breakdown voltage of 460V and a discharge current range of 1-2 mA.

The working principle behind GDTs is quite simple. The device contains a gas-filled tube with two electrodes which are charged to a specified voltage. When a surge occurs, the high voltage transient causes an arc between the two electrodes. This arc works to dissipate the excessive energy without damaging the equipment that is connected to the device.

The arc is then extinguished and the GDT is reset to its original state. The current that passes through the GDT during the arc is limited by its discharge current range, meaning that it can only absorb a certain amount of energy before its own components are in danger of failure. This limitation makes it necessary to choose the correct GDT for each application.

In addition to protecting valuable equipment, the GTCS26-471M-R05-2 has another advantage; it is designed to respond quickly to fast-rising transients, allowing for a higher level of protection. The device also has a wide operating temperature range, allowing for use in nearly any environment.

The GTCS26-471M-R05-2 is an example of a reliable and durable GDT that is capable of withstanding the harshest of environments. Its wide range of applications and wide operating temperature range make it an ideal choice for many power supply and industrial applications that require protection from power surge transients.

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