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Gas Discharge Tube Arresters (GDT)

Gas Discharge Tube Arresters (GDTs) are important components of many electronic systems. A GDT is a device that uses gaseous medium instead of solid state semiconductor material to absorb and regulate electrical current. They are most commonly used in telecommunications systems, where they are used to protect equipment from electrical transients. GDTs are also used in other applications, such as surge protectors for home and office electronics.

GTCS38-900M-R10-2 application field

The GTCS38-900M-R10-2 is an over voltage protection device that can be used in DC/AC overvoltage lightning arrester, telecommunication and power system arrester, and many other types of applications. It offers high surge capability, low residual point, lightning senditivity, very low capacitance, and low clamping voltage. Additionally, this protection device can drastically reduce powerline brief overvoltage, high speed and high energy passing waveforms. It ensures reliable protection against transient overvoltage, constant voltage and continuous toggling.

GTCS38-900M-R10-2 working principle

The GTCS38-900M-R10-2 operates on the principle of gas discharge. A gas discharge tube (GDT) is filled with a gas such as nitrogen or sulfur hexafluoride. When an overvoltage occurs, the internal electric field of the GDT rises, causing the gas to ionize and form a temporary conducting path. This effectively diverts the overvoltage current away from the protected equipment. When the overvoltage event passes, the gas reverts to its non-conductive state. The GTCS38-900M-R10-2 is designed to withstand multiple overvoltage events, allowing it to continue to provide reliable protection during multiple transients.

The GTCS38-900M-R10-2 is able to provide overvoltage protection due to its unique design and construction. It is manufactured using advanced mechanical and electrical techniques, with dielectric material resulting in improved surge capability. Additionally, the GTCS38-900M-R10-2 has an improved discharge point, resulting in faster response during abrupt transients. This protection device utilizes a combination of materials and techniques to ensure optimal protection for your system in the event of an overvoltage transient.

Conclusion

The GTCS38-900M-R10-2 is designed to offer enhanced system protection in the event of an overvoltage transient. It is constructed using advanced mechanical and electrical techniques, and is capable of protecting a system from multiple overvoltage events. This protection device is widely used in telecommunications and power systems, offering reliable protection against constant voltage and transient overvoltage.

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