2035-35-BLF

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Gas Discharge Tube Arresters (GDTs) are electrical devices that protect electronic circuits from sudden changes in voltage or electric shock. They are commonly used in electronic circuits to guard against power surges, lightning strikes, and other forms of electrical interference. GDTs can be used on both AC and DC circuits.

2035-35-BLF GDTs are a type of compact, high-voltage, fast-response gas-tube type arresters designed to protect electronic equipment with precise surge protective performance. With a compact, high-current capacitance loaded design, they are suitable for applications requiring high current, high surge-response times, and low capacitance load. The arresters have a maximum sustained current rating of 35 Amps with a 10 kilovolt surge rating.

The 2035-35-BLF GDTs have the ability to protect electronic equipment from spikes in voltage due to lightning, radio frequency interference, or electrostatic discharge from the environment. They are designed to provide protection from excessive current, and protect the circuit from arcing and short-circuiting.The 2035-35-BLF GDTs use a unique electrode structure with controlled hydrogen release to form a self-contained discharge tube that can withstand up to 35 amps of sustained current while providing reliable overvoltage protection.

The working principle of 2035-35-BLF GDTs is simple. When there is an overvoltage in the circuit, it triggers a gas discharge tube in the arrester to form a low-impedance path that instantly shunts the energy of the overvoltage away from the sensitive electronics of the circuit. This quickly releases the stored energy into the environment and prevents it from damaging the circuit.

GDTs also act as a test point for diagnostics. The electrode structure can absorb the overvoltage until it triggers the release of the hydrogen, allowing engineers to determine where the overvoltage originated from. It also allows engineers to monitor when and how much current and voltage is being passed through the arrester.

2035-35-BLF GDTs are designed to provide superior performance, reliability, and cost savings in comparison to older arrester technologies. Their low-impedance self-healing design and high current rating make them an ideal choice for applications that require protection from overvoltages.

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