2035-15-B

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Gas discharge tubes (GDTs) are used as a form of electrical protective device that discharges a high voltage flashover during an overvoltage surge. GDTs are generally used in combination with a surge limiter such as a spark gap or a transient voltage suppressor (TVS) to protect sensitive equipment. The 2035-15-B is a GDT arrestor designed to protect against lightning induced transients. The design of the GDT incorporates two metal electrodes, a main voltage electrode and a grounding electrode, separated by a dielectric. As a surge travels along the main electrode, a voltage is applied to the dielectric, which increases the electric field and induces a spark across the gap. This spark discharges the overvoltage, allowing the current to be safely dissipated.

The 2035-15-B includes a gas-filled diaphragm designed to limit voltage surges to a safe level. The diaphragm consists of a thin barrier that is filled with an inert gas and is located between the two electrodes. This diaphragm is designed to react to a surge in a manner that suppresses the surge while also safely dissipating the energy it carries. The diaphragm also acts as a absorber for lightning events, allowing the GDT to absorb the energy and limit the voltages levels in the system. The design of the 2035-15-B also includes an auxiliary discharge gap that allows the GDT to rapidly discharge the surge even if the diaphragm is damaged.

The 2035-15-B is designed for applications such as telecommunications systems, wireless base stations, and any other system where added protection is needed from lightning induced overvoltages. The GDT is rated for use in extreme temperatures and can withstand up to 6kV/3kA of surge current. The design of the device ensures that the loaded current is limited below 10mA, allowing it to be used in high impedance power systems. It also has the ability to quickly react to any surges, ensuring that the electrical systems remain protected even in the most extreme circumstances.

The 2035-15-B is a reliable way to protect sensitive equipment from lightning induced surges and other forms of overvoltage. Its advanced design and wide operating range make it suitable for a wide variety of applications. By utilizing a combination of a gas-filled diaphragm and an auxiliary spark gap, the device is able to provide superior protection from even the most extreme surge events. The 2035-15-B is a reliable and cost effective way to ensure that sensitive equipment remains safe from overvoltages.

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