2035-15-BT1

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In the modern electrical industry, Gas Discharge Tube Arresters (GDT) has become increasingly important for ensuring the safety of circuits. The 2035-15-BT1 application field and working principle is a crucial development in this area.

The 2035-15-BT1 application field mainly includes high voltage power industry, communication industry, high power audio industry, wind power directive, communication directive, high voltage directive etc. The 2035-15-BT1 is a HI-LEC current limiting device, which can protect other components from overcurrent damage, avoid the huge instantaneous current, ensure the equipment and the system run safely and reliably. During the application, the 2035-15-BT1 starts to conduct when reach the set overcurrent, and cut off the current after some set time limit.

The working principle of the 2035-15-BT1 involves an electrochemical and thermoplastic phase transformation process. A gas filled tube is taken as the core of the 2035-15-BT1. During normal condition, the current flowing through the tube is too low to trigger a combustion reaction, and the tube will remain in the insulating state. When the current exceeds certain threshold, the gas molecules in the tube will be ionized to form conductive channels, to reduce the arc voltage to ground and reduce the overvoltage caused by the lightning strike.

The 2035-15-BT1 has several important features. First of all, the 2035-15-BT1 has low arc voltage, which can effectively suppress arcing in the GDT and the associated equipment. Second, its ultra-low gas content will keep the viscosity and corrosion of the GDT at a minimum. Third, the 2035-15-BT1 has low insertion and return loss, which can improve the transmission quality of the signal and maintain the stability of the circuit. Fourth, its quick response time can effectively protect circuits from fast rising overvoltage and reduce the impact on other components.

In conclusion, the 2035-15-BT1 is a great development in the Gas Discharge Tube Arresters (GDT) technology. Its application field covers a wide range of electrical industries, and its equilibrium process ensures the safe operation of circuits and equipments. Moreover, it has remarkable features such as low arc voltage, low gas content, low insertion and return loss, and fast response time, which make it a perfect aid for protecting circuits from overvoltage.

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