2036-35-B3LF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Gas Discharge Tubes (GDTs) have been used in many applications for decades and are gaining an increasing amount of interest due to their customizable and versatile characteristics. The 2036-35-B3LF GDT is a GDT optimized for high energy, high power, and high voltage applications. This GDT has an impressive breakdown voltage and peak current capacity, making it suitable for power line protection.

Overview of 2036-35-B3LF Arresters

The 2036-35-B3LF GDT arresters are designed to protect any connected subsystems from transient overvoltage surges. They respond to a high energy surge and absorb it as currents, and reduce it\'s effect on the connected devices. The main features of the 2036-35-B3LF arrester include: high energy protection, high power and high voltage. It also has a maximum voltage of 30KV DC, a current rating of 30mA, and a breakdown voltage of 36.8KV. The dimensions of the GDT are 104mm by 64mm by 25mm and it has a weight of 350g.

Functional Properties of 2036-35-B3LF Arresters

The 2036-35-B3LF GDT can be used for power line protection, as it has a high breakdown voltage and peak current capacity. It also has excellent dielectric and electrical properties, which make it suitable for high voltage applications. Furthermore, it has low build-in capacitance, low leakage current, and good temperature stability, which make it suitable for long-term reliability. This GDT also has long life expectancy, as it is designed for multiple discharges.

Application Field and Working Principle of 2036-35-B3LF Arresters

The 2036-35-B3LF GDT is primarily used for power line protection applications, such as lightning strikes, power process loads, high voltage oscillations and switching events. It is also used in other applications, such as telecommunications, power supplies, motors, power transformers, UPS systems, surge protectors, and inverters.

GDTs function as a medium of disconnection between two voltage levels. They are made of a quartz tube, which has both anode and cathode leads. When a surge or voltage fluctuation exceeds the maximum voltage rating of the GDT, the voltage between the anode and cathode becomes high enough to cause an arc across the air gap between the two electrodes, which causes an extremely rapid discharge. This allows the GDT to absorb the energy surge and reduce it\'s effect on the connected devices.

Conclusion

The 2036-35-B3LF GDT is a specialized type of GDT designed to withstand high power, energy and voltage applications. Its excellent attributes allow it to be used for power line protection as well as numerous other device protection purposes. Its high breakdown voltage and peak current capacity allow it to absorb high energy surges while maintaining a low build-in capacitance and low leakage current. Furthermore, its long life expectancy makes it perfect for long-term reliability applications.

The specific data is subject to PDF, and the above content is for reference