SL1010A350SM

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Introduction
Gas Discharge Tube Arresters (GDT) are a type of surge protection device. They consist of a metal tube filled with an inert gas, such as sulfur hexafluoride, known as the gas tube. When a voltage is applied to the gas tube, it creates an arc in the gas, creating a high current that acts to limit the surge.

SL1010A350SM Application Field and Working Principle
The SL1010A350SM GDT is designed to protect electronic equipment from the effects of over-voltage surges caused by lightning, power line switching, or other high-energy transients. It is a 10mm long, narrow-profile package, providing an economical means of surge protection. The design works by limiting the inrush current of transient voltage surges to a safe level, thereby preventing damage to the protected load.The SL1010A350SM Gas Discharge Tube Arrester utilizes a spark gap to divert over-voltage and over-current surges away from the protected equipment. The spark gap has an electrode gap formed between two plates, and when a sufficient voltage is applied to the electrodes, an arc will bridge the gap and dissipate the surge power over a low-impedance path. The spark gap is designed to open once the voltage reaches a certain threshold, preventing further surge current and protecting the equipment from overload.The SL1010A350SM Gas Discharge Tube Arrester is rated to withstand 8/20 μs high voltage surges up to 1000V. It can also withstand multiple surges of up to 1kV (8/20μs).

Conclusion
The SL1010A350SM Gas Discharge Tube Arrester is an important component in protecting electronics from over-voltage and over-current surges. The design employs a spark gap to divert the surge and limit the surface current to a safe level, thereby preventing damage to the protected equipment. It is rated to withstand multiple surges of up to 1kV (8/20μs).

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