B88069X2810T502

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Gas Discharge Tube Arresters (GDT) are surge suppression components that are used to protect against overvoltage discharges from electrical sources. B88069X2810T502 application field and working principle are discussed in this article.

Application field of B88069X2810T502 GDT

B88069X2810T502 GDT is mainly used for 60Vdc systems like LED lighting systems, solar inverter systems, switch-mode power supplies and DC UPS systems. It is especially suitable for AC load interface types such as relay-controlled DC switches, push-button actuators, and reset controls.

In electrical systems, gas tube surge protectors provide protection against both the direct and indirect effects of lightning and electrostatic discharge (ESD). As a result, these products are commonly used in commercial buildings, industrial facilities, and residential homes.

Gas tube surge protectors are also effective in providing electrical surge protection for remote field locations. These products are widely used in residential homes, commercial buildings, industrial facilities, and other remote locations.

Working principle of B88069X2810T502 GDT

B88069X2810T502 GDT operates by providing a spark gap between two electrodes. This gap is filled with a small amount of inert gas, usually nitrogen, which is inert and will not react with the electrical current. During a surge or transient voltage event, the voltage across the gap increases until the electrical breakover occurs and an arc is produced across the gap.

The spark gap operates as a short-circuit across the power line, diverting the surge current and relieving the system under protection from overvoltage. The spark gap can also absorb some of the energy in the surge, thereby limiting the voltage and reducing the stress on the protected equipment.

The gap, along with the inert gas, also helps in dissipating the surge current over a longer period of time, thus reducing the stress on the protected device. This decreases the risk of damage to the device due to the voltage and energy in the surge.

In order to achieve the best results, it is important to choose the right GDT for the application. The pulse and clamping voltages should be considered when selecting a GDT for a particular application. Additionally, the ambient temperature of the location in which the GDT will be installed should also be taken into consideration.

Conclusion

B88069X2810T502 GDT is a surge suppression component used to protect against overvoltage discharges from electrical sources. It is typically used for 60Vdc systems like LED lighting systems, solar inverter systems, switch-mode power supplies and DC UPS systems. The product operates by providing a spark gap between two electrodes, and is capable of absorbing and dissipating surge current over a longer period of time in order to reduce the risk of damage to the device.

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