B88069X9120B502

Gas Discharge Tube Arresters (GDT) protect electrical circuits from lightning strikes and electrical surges. The B88069X9120B502 is a specific type of GDT that is used in military applications. It is designed to handle the high power and energy of military lightning strikes and surges. The arrester is capable of withstanding multiple explosive shocks and works best when used in conjunction with a surge protection module.

Application

The B88069X9120B502 Gas Discharge Tube Arresters is designed for a military environment. It is used to protect electronic equipment such as radios, radar systems, communications systems, compute components, and data systems from lightning strikes and electrical surges. The B88069X9120B502 is especially useful in aircraft and marine applications where explosions are frequent.

Working Principle

The B88069X9120B502 Gas Discharge Tube Arresters are constructed of multiple stage of ceramic tubes. The tubes form a series of capacitors with a breakdown voltage. These capacitors absorb electrical energy and store it until it is released as heat. The capacitors dissipate the energy and reduce the risk of fire or instrument damage caused by lightning and surges.

The B88069X9120B502 arrester works by diverting a lightning strike or surge current away from equipment. When a surge is induced, the current will flow through the arrester and be discharged to ground. The arrester is able to handle the high voltage and energy levels of the surge, while protecting the delicate electronics of the system.

The B88069X9120B502 is constructed using quality materials and components. It is designed to be durable and reliable in all environmental conditions, and has a long service life even when exposed to extreme temperatures and shocks. The arrester also has a low current leakage which is a key feature for military applications.

Conclusion

The B88069X9120B502 Gas Discharge Tube Arresters is a type of GDT specifically designed to be used in military applications. It is constructed of multiple ceramic tubes that form a series of capacitors with a breakdown voltage. These capacitors dissipate electrical energy and reduce the risk of instrument damage or fire caused by lightning and surges. The arrester is reliable, durable and has a long service life. It is designed to protect electronic equipment from dangerous lightning strikes and surges.