2035-15-SM-RP

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Gas Discharge Tube Arresters (GDT) are used to protect sensitive electronic equipment from power line surges and lightning strikes, and the 2035-15-SM-RP application field and working principle is an important example of their use. GDTs are made up of a metalized polypropylene dielectric tube which contains an internal terminating resistor. This resistor is used to control the discharge current in order to limit the peak voltage of the surge and protect the equipment. The GDT typically contains a zinc oxide (ZnO) core which is used to accelerate and regulate the current, ensuring that the peak voltage does not exceed the specified limit.The 2035-15-SM-RP is mainly used in communication networks and is designed to provide protection against both overvoltage and overcurrent. The device has a surge protection level of 15KV, which is ideal for protecting against lightning strikes. The device is rated for 15kA, meaning it can handle up to 15,000 amperes of surge current. In addition, the device is also designed for high current and low voltage applications, such as digital systems and data lines.When a surge of current passes through the 2035-15-SM-RP, the current passes through the GDT, resulting in an increase in voltage. The increased voltage is then immediately discharged, protecting the equipment from the surge. The resistor in the GDT determines the peak voltage and the amount of current that can be discharged. The resistor also helps protect the equipment from overvoltage, which can cause damage to the equipment.The working principle of the 2035-15-SM-RP is quite simple – surge protection is achieved by the GDT being able to absorb and dissipate large amounts of electrical energy. The zinc oxide core helps to regulate and accelerate the current, ensuring that the peak voltage is never exceeded. In addition, the resistor limits the amount of current that can be discharged, ensuring that the equipment is not damaged by excessive current.In conclusion, GDTs are widely used to protect sensitive electrical equipment from power line surges and lightning strikes. The 2035-15-SM-RP application field and working principle are an important example of this technology, providing 15KV of surge protection and 15kA of current handling capability. Furthermore, the zinc oxide core helps to regulate and accelerate the current, and the resistor limits the discharge current, protecting the equipment from both overvoltage and overcurrent.

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