CG2350LSN

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A Gas Discharge Tube Arresters (GDT) is a surge protective device used to protect circuits from transient overvoltage of electrical origin. GDTs are typically designed to protect telecommunications and power equipment from overvoltage, often caused by lightning strikes. The CG2350LSN is a surge arrester designed for use in low-voltage applications such as telecommunications and other low-voltage systems.

The CG2350LSN is a two-stage surge arrester, consisting of a combination of two gas discharge tubes (GDTs) and a high-speed spark gaps (HSSGs) in a single package. The primary role of the GDTs is to dissipate high-energy surges, while the HSSGs act as spark gaps, providing additional protection for lower energy surges. The primary purpose of the CG2350LSN is to protect electronic circuits from transient overvoltages, including those caused by lightning or other induced surges.

The combination of GDTs and HSSGs in the CG2350LSN is important in providing the desired surge protection. Firstly, the GDT can provide short-duration surges protection, helping to protect circuits from exceptionally high energy transients. Secondly, the HSSGs act as spark gaps, providing additional protection for lower-level, but more long-term, surges.

The CG2350LSN is a relatively simple and cost-effective surge arrester, but it is also very reliable. This reliability comes from the fact that the GDTs and HSSGs provide a redundant protection mechanism, meaning that if one element fails, the device has a backup in place. The combination of the GDT and the HSSG also helps to provide a wider range of surge protection compared to other designs, offering both short and long-term protection.

The CG2350LSN is particularly well-suited for use in low voltage applications, such as telecommunications and other low-voltage systems. This is due to its low profile size, cost-effectiveness, and wide range of protection.

The CG2350LSN is easy to install, as it can be simply connected to the line with no additional parts or components required. This makes it an ideal device for use in low-voltage applications, as it offers cost-effective surge protection without the need for complex installation.

In conclusion, the CG2350LSN is a simple and cost-effective surge arrester, designed for use in low-voltage applications. It combines a GDT and an HSSG in a single package, providing both short and long-term protection from transient overvoltages. The CG2350LSN is easy to install and can help to protect circuits from high-energy surges with minimal involvement.

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