2095-160-BLF

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Gas Discharge Tube Arresters (GDT) is widely used in different applications due to its high efficiency and reliability in controlling and managing power surges and transient voltages. The GDTs are usually classified according to their characteristics, such as their breakdown potential (Vbreakdown), their breakover voltage (Vbo), and their dielectric strength. The 2095-160-BLF is a GDT designed to suppress transients that frequently occur in various industries. It is designed to handle short surges of high voltage that pass through electrical power systems, such as those encountered in telecommunications or power-measurement equipment. With a breakdown voltage of 160V, the 2095-160-BLF is designed to protect equipment from electrical-transient disturbances over a broad range of frequencies and impulse durations.The working principle of the 2095-160-BLF is based on the sparks created by ionizing the gas in the GDT\'s chamber when it is exposed to a voltage that is higher than its breakdown voltage. When the voltage exceeds the GDT\'s breakdown level, sparks form and create a plasma-like atmosphere in the device. This plasma-like atmosphere prevents the Voltages from becoming higher by literally creating a barrier that prevents additional electrical impulses from passing through.The application fields of the 2095-160-BLF GDT are numerous. It is used in various applications including aerospace systems, military applications, power supplies, and telecommunications. It is also used in lightning protection systems, in power-measurement equipment, and in various industrial applications. In addition, the 2095-160-BLF GDT has been certified for use in nuclear power plants, electric vehicles, fuel cells, and a variety of industrial applications.In summary, the 2095-160-BLF GDT is a highly efficient and reliable device suitable for many applications. It is designed to suppress short surges of high voltage and to prevent electrical-transient disturbances from passing through. Its working principle is based on the sparks created by ionizing the gas in the GDT\'s chamber when it is exposed to a voltage that exceeds its breakdown voltage. Its application fields include aerospace systems, military applications, power supplies, and telecommunications. In addition, it has been certified for use in nuclear power plants, electric vehicles, fuel cells, and various industrial applications.

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