2036-30-SM-RP

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Gas Discharge Tube Arresters (GDT)

Gas Discharge Tube Arresters (GDT) are devices used in the telecommunications and other industries to provide protection for electronic equipment from lightning power surges and over voltage faults. They are designed to limit the voltage on sensitive electronics by short-circuiting or diverting current when the input voltage rises above a certain threshold.

The 2036-30-SM-RP application field and working principle is one type of GDT. This type of GDT includes a gas-filled tube with two electrodes. The anode is connected with the input voltage, and the cathode is connected to the protected electronic device. When the input voltage rises above the rated value, the gas in the tube ionizes and discharge current is conducted through the tube. This current flow provides a path for the damaging voltage so that it does not reach the protected device, thus protecting it from electrical component damage.

In addition, the 2036-30-SM-RP application field and working principle also includes a metal oxide varistor (MOV) used for additional protection. MOVs are semiconductor devices that can withstand high voltages and respond quickly to changes in voltage. In this type of GDT, the MOV is connected between the anode and the cathode. When a voltage pulse or surge is present, the MOV will conduct current and release energy in the form of heat, which helps to protect the protected equipment.

The 2036-30-SM-RP application field and working principle also includes features to reduce the risk of false triggering. This includes the use of a zener diode, which acts as a voltage regulator, and a spark gap, which reduces the probability of an unintended surge. Additionally, there are surge suppressors and surge protectors designed to reduce the risk of electrical surge damage.

The 2036-30-SM-RP application field and working principle provide a reliable form of protection for electronic equipment, helping to ensure a safe and uninterrupted operation. This type of GDT is designed to provide superior protection by responding quickly when overvoltage conditions occur, maintaining a safe voltage level while allowing for effective conduction of lightning-induced surges.

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