2036-47-C2LF

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Introduction to Gas Discharge Tube Arresters (GDTs)
GDTs, otherwise known as Gas Discharge Tube Arresters, are designed for the purpose of protecting electronic equipment and circuits against high power transients, such as those caused by lightning strikes or electrical spikes. They are often used to provide a form of short-term immunity from electrical surges, and often provide a cheap but effective alternative to using more expensive solid-state devices. GDTs are relatively safe to use and are relatively easy to install; they can be found in many consumer and industrial applications around the world.

Description of 2036-47-C2LF GDT
The 2036-47-C2LF GDT is designed specifically for protection against lightning-induced surges. It utilizes a combination of metal oxide varistors (MOVs) and gas tubes to provide an effective protection against high power transients. It is constructed of metal oxide film encapsulated in an epoxy resin, and all electrodes and contacts are chrome plated for improved conductivity and corrosion resistance. The device is optimally designed for voltage surges ranging from 8 to 25 volts, and it has an excellent voltage-withstand capability for lightning-induced surges up to 40,000 volts peak.

Application Field and Working Principle of the 2036-47-C2LF GDT
The 2036-47-C2LF GDT can be used for protection against transient voltages in a variety of applications, including power supply systems, telecommunication systems, and industrial equipment. It is capable of limiting transient voltages to a safe level to protect integral components. The device is designed to work in a similar manner to solid-state surge protectors, but with the added advantage of improved reliability and service life.The principle behind GDTs is relatively simple. When a voltage transient is applied to the device, electrons are emitted from the metal oxide film and accelerated into the gas tube. This triggers an arc which quickly dissipates the surge energy. This is further aided by the metal oxide varistors (MOVs) which help to clamp and reduce the peak voltage across the circuit. The MOVs also aid in improving the device’s immunity against repetitive high surge voltages, making it more reliable in the long term.

Conclusion
The 2036-47-C2LF GDT is a highly effective form of protection against transient voltages such as those caused by lightning or electrical spikes. It combines the advantages of solid-state devices with improved reliability and lower cost, which makes it a suitable choice for a variety of applications. Moreover, its simple principle of operation makes it easy to install and maintain.

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