2036-09-B3LF

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The Gas Discharge Tube Arresters (GDT) are non-linear surge arresters used to protect sensitive electronic equipment from electrical overvoltage transients likely to occur in the power grid. The 2036-09-B3LF, a type of GDT, is a low-cost solution to help protect the coast-to-coast and trans-regional grid from potential electrical surges. By using GDTs, the high voltage transients and currents that occur during power line disturbances can be controlled, thus limiting their damaging effect on electronic equipment and shortening the outage duration.

The 2036-09-B3LF application field covers a wide range of general applications, such as industrial, telecommunications, residential, and commercial-grade power distribution systems. It is designed to protect equipment from high voltage transients, lightning over-voltages, and ground-borne surges, as well as to protect the electrical system from power line currents. In addition, the 2036-09-B3LF can provide protection for communications circuits, signaling circuits, and other sensitive electronic circuits.

At the core of the GDT working principle is the concept of employing specially designed gas-filled tubes that will not allow an excessive current to pass through while allowing necessary current flow. This means that in the event of a high voltage transient, the GDT will act as a direct current shunt or switch, effectively quenching the voltage spike and limiting its damaging effects. The 2036-09-B3LF consists of an insulated envelope containing a glass tube filled with gas. The envelope has two electrodes and a central anode. The electrodes are designed to allow current through when the voltage across them is below a certain threshold, while blocking it when the voltage is higher. When a high voltage transient passes through, the high voltage causes ionization of the gas inside the tube, creating a lower resistance path which guides the electrical current away from the electrodes and effectively quenches the current.

The 2036-09-B3LF is designed specifically for general applications and is capable of dissipating high transient voltages up to 20 kV without any damage. Additionally, the 2036-09-B3LF has an extremely short response time of just a few nanoseconds. This allows it to protect connected equipment from high-frequency transients quickly and effectively. The GDT also features an extended service life of over 20 years, making it an optimal choice for long-term protection applications.

The 2036-09-B3LF GDT is made with a robust and durable design that can handle a wide range of environmental conditions. It boasts an ultra-wide operating temperature range of -25C to +85C in an outdoor environment, and +70C in an indoor environment. The 2036-09-B3LF is also certified to protect against severe weather conditions such as electro-magnetic interferences from aircraft systems and lightning events. Furthermore, the 2036-09-B3LF has an impressive life expectancy of up to 35 000 hours making it a highly reliable solution.

The 2036-09-B3LF is the ideal solution for a wide variety of general applications. Its low cost, fast response time, long life expectancy, and outdoor-rated design make it the perfect choice for a variety of protection applications. As such, the 2036-09-B3LF is an excellent choice for protecting against electrical overvoltage transients and helping to ensure the reliable operation of power grids around the world.

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