2036-20-B2

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Gas Discharge Tube Arresters (GDT) have become even more popular in recent years for a variety of applications in the electrical and electronics industries. These devices are used to protect high-voltage equipment from lightning, electrical surges and other electrical power line transients. The 2036-20-B2 GDT is an improved version of this type of protection device with several features that make it particularly well suited for use in a variety of applications.

The 2036-20-B2 GDT is an internally enhanced, voltage-sensitive nonlinear resistance device that works on the principle of gas-ionization. The device uses a hollow chamber filled with an inert gas, usually nitrogen. An internal fuse is connected to the gas-filled chamber. When the voltage applied to the device reaches a certain level, it causes the internal gas chamber to ionize, or become electrically charged. The high electrical charge creates a breakdown voltage, which allows the gas to become conductive and limit the flow of current. The breakdown voltage dissipates the electrical surge quickly, and the device is reset when the voltage falls back to a safe level.

The 2036-20-B2 GDT has several advantages compared to similar devices, including improved long-term stability and high resistance to environmental factors such as temperature, humidity, and vibration. This device has a more reliable long-term failure rate, which is crucial in these types of applications. The high resistance to temperature and environmental factors also makes the device more robust than other similar devices, allowing it to perform consistently even under extreme conditions.

The 2036-20-B2 GDT can be used for a variety of applications such as surge protection in electrical equipment, high-voltage circuit protection, transient voltage suppression, and power line bypass protection. It is also used to protect data lines and networks from strong electromagnetic interference, making it suitable for use in communication systems. In some cases, the device can also be used as a form of pulse generator, which can be used to create the desired electrical pulse for specific applications.

The advantages of the 2036-20-B2 GDT compared to other surge protection devices make it an ideal choice for a variety of applications. Its improved long-term stability, high resistance to temperature and environmental factors, and its ability to create desired electrical pulses makes it suitable for many applications. The device is easy to install and can provide excellent protection from electrical surge transients.

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