2039-80-B5LF

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Gas Discharge Tube Arresters (GDT) are an important component in electrical circuit design, providing protection against electrical disturbances such as overvoltage, transient voltage surges or power errors. The 2039-80-B5LF GDT is a type of GDT, used in voltage-sensitive applications. This article will provide an in-depth overview of the 2039-80-B5LF application field and working principle.

Application Field of 2039-80-B5LF GDT

The 2039-80-B5LF GDT is designed for applications that require high voltage protection. It is used in a variety of systems, including Network systems, Electrical System, Telecommunications Networks, and Automotive Systems. It is an excellent choice for industrial and commercial applications where an efficient and reliable system of protection is necessary.

The 2039-80-B5LF GDT is capable of withstanding high power surges, and it can protect electronic components from damage due to excessive voltages. It is also designed to protect against overvoltage and transient voltage surges. It is also capable of discharging stored energy in order to limit current flows and to prevent breakdowns in system components.

The 2039-80-B5LF GDT is a robust unit, with a solid construction and a wide operating temperature range. It can be used in both indoor and outdoor environments. The 2039-80-B5LF GDT can also be used to protect against electrical noise.

Working Principle of 2039-80-B5LF GDT

The 2039-80-B5LF GDT works on the principle of gas discharge tube (GDT) technology. GDTs are composed of a sealed glass tube that is filled with an inert gas. When exposed to overvoltage conditions, the gas becomes ionized and an arc is formed within the tube. This arc is capable of dissipating the excessive energy so that the electrical components remain intact, thus providing protection against overvoltage.

The 2039-80-B5LF GDT is designed to be triggered before the occurrence of an overvoltage condition. If a spike of a certain voltage threshold is detected, the GDT will correlate that voltage with the voltage rating of the component it is protecting, and then activate the GDT in order to dissipate the excessive energy. The 2039-80-B5LF GDT is capable of reacting to transient voltage surges while offering protection at a wide range of voltages up to 120 kilovolts.

The 2039-80-B5LF GDT is capable of providing protection from overvoltage conditions, as well as from electrostatic discharges and from switching transients. It is designed to limit the voltage to the protected component, thus ensuring its safety. The 2039-80-B5LF GDT can also protect against electrical noise, such as radio frequency interference (RFI) and electromagnetic interference (EMI). It is an important component in any electrical circuit design, providing much needed protection against electrical disturbances.

Conclusion

The 2039-80-B5LF GDT is an important part of many electrical systems, providing much needed protection against overvoltage and transient voltage surges. It is capable of protecting electronic components and limiting voltage to ensure their safety. Its wide operational temperature range, high surge capabilities, and ability to protect against electrical noise make the 2039-80-B5LF GDT an outstanding choice for voltage-sensitive applications.

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