1060105200

Fiber optic connectors are an essential part of fiber communication networks by connecting optical fibers and equipment interfaces. They are used to terminate the end of a fiber and includes both plug and sockets type used to hold the fibers within a predefined tolerance for proper transmission of optical signal. Among the various types of fiber optical connectors, the 1060105200 connector is a recent addition and an improvement to the existing fiber optical connectors.

1060105200 Application Field

The 1060105200 connector is designed for mainly indoor applications. It is recommended for use in telecommunications, data communication networks, computer networks and optical LAN\'s. This application field is generally associated with applications requiring a small and high density connector. In addition to the indoor applications, the 1060105200 connectors can also be used outdoors in certain weather conditions.

1060105200 Working Principle

The 1060105200 Working Principle is based on the transfer of optical signals from one optical fiber to another. This connector uses an active alignment mechanism to ensure the proper connection of the optical fibers. There is also a vibrationproof mechanism which ensures that the fiber connections remain stable even when they are subjected to shock, vibration or mechanical disturbance. The design of the connector also allows for fewer reflections between the two optical fibers and requires less power for a stable connection. The 1060105200 connector supports the transmission of single-mode, multimode and graded index fibers, and can accommodate up to three different fiber sizes.

Conclusion

The 1060105200 Connector is a recent addition to the existing fiber optic connectors. It is designed principally for indoor applications and is an upgrade to the existing fiber optical connectors. The working principle of the connector is based on the transfer of optical signals from one optical fiber to another with fewer reflections. It also provides a vibrationproof mechanism to ensure the stable connection even when the fiber connections are subjected to shock, vibration or mechanical disturbance.