2036-47-B9

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Gas Discharge Tube Arresters, (GDT) are used to protect sensitive electrical components from high voltage surges, usually occurring during lightning strikes or power outages. They use an electrical circuit to detect changes in voltage, quickly isolating the protected section from the power line. The 2036-47-B9 GDT is an exceptionally versatile surge protection device, capable of protecting a broad range of electrical and electronic components.

The 2036-47-B9 GDT consists of an inexpensive glass tube filled with sulfur hexafluoride gas, with two electrodes located at each end. When an overvoltage is applied, electrons flow from the negative to the positive electrodes and ionize the gas. This process creates a bridge between the two electrodes, allowing for the controlled path of electrons, preventing damage to the protected components. The controlled expulsion of current prevents sparking and significantly reduces energy disruption.

The self-reset feature of GDTs is another major advantage. These devices will automatically return to their original state after the overvoltage event has passed. GDTs will self-protect devices even after multiple transient events, making them a reliable source of power protection. In addition, GDTs are relatively low-cost and easy to install, making them a viable option for applications needing only basic protection.

Because they are designed to be used in many different applications, there are a variety of parameters that can be adjusted on the 2036-47-B9 GDT: sensitivity threshold, reset time, as well as additional operating features depending on the individual requirements.

The 2036-47-B9 GDT is an essential component of power protection solutions. Its capability to quickly sense changes in voltage and meet the needs of versatile applications make it a valuable tool for any power system. With its low-cost and ease-of-use, GDTs provide reliable cost-effective surge protection.

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