8406BK-FSA

Fiber Optic Connectors - Adapters

Connectors are an important component in fiber optic link systems and often the weakest link. They connect two optical fibers and are designed to properly align two end faces, minimizing optical loss at the termination point. An 8406BK-FSA is one of such fiber optic connectors.

What is 8406BK-FSA?

8406BK-FSA is a type of FO connector produced by Corning. It belongs to the 8400 series of Corning fiber connectors. The BK-FSA is a female straight adapter that follows the LC (Lucent Connector) form factor. It is designed for use with single-mode fibers, and uses a standard LC-type duplex ferrule.

Applications of 8406BK-FSA

The 8406BK-FSA connector is mainly used in telecommunications networks, such as CATV networks, optical fiber networks, and so on. It is a popular choice in fields that require higher transmission capacity, such as 10G and 100G data center applications. This connector is used in single-mode fiber applications and allows users to build reliable and high-performance optical networks quickly and cost effectively.

Working Principle of 8406BK-FSA

The 8406BK-FSA connector is designed to properly align two end faces, minimizing optical loss at the termination point. It has two ports: a female connector and a male connector. A fiber cable is inserted into the female connector, and the male connector is connected to a mating component. The fiber cable is then inserted into the male connector, and the two connectors are secured together. The fiber cable is then held in place and the cladding of the fiber is exposed to the inside of the connector. The exposed fiber cladding is then cut at the rear of the connector, and the two fibers are polished together. This ensures that the two ends of the fiber are precisely aligned to ensure optimal signal transfer.

Conclusion

The 8406BK-FSA connector is an essential part of any optical fiber network. It provides a secure, reliable, and cost-effective solution for connecting single-mode fibers. The 8406BK-FSA connector is designed to properly align two end faces, minimizing optical loss at the termination point. It is also easy to install and use and is a popular choice in fields that require higher transmission capacity such as 10G and 100G data center applications.