1060345900

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Fiber Optic Connectors

Fiber Optic Connectors are a type of connection device commonly used in telecommunication and networking applications, which are designed to mate two different types of optical fibers. The connectors are typically used to connect two fiber patches that terminate in optical fiber cables. Fiber Optic Connectors range from simple plug and play pre-attached connectors to more complex and expensive multi- element assemblies.

1060345900 is a type of Fiber Optic Connector developed and manufactured by Distributed Communications, an American based manufacturer of optical components and assemblies. This particular product is designed for use in telecommunications and networking applications, and is suitable for a variety of different applications.

Application Field

1060345900 is suitable for a variety of different application fields, including but not limited to broadband access networks, Automated Meter Reading (AMR) systems, optical photonic networks, and subscriber access networks. Additionally, it is well suited for data centers, local area networks, and even long haul telecommunication applications.

Working Principle

At the most basic level, 1060345900 works to connect two fiber patches that are terminated into optical fiber cables. This is accomplished through the process of cleaving and polishing the optical fiber ends, followed by pressing three metal contacts onto each end of the fiber. These contacts ensure a strong connection between the two fibers, which then allows the data to travel between the two patches without any data loss or signal degradation.

There are a few nuances in the way the 1060345900 works, however. For example, the use of a special locking mechanism ensures that the connector remains connected even if the cables are slightly pulled or stretched. Additionally, the fiber cores are kept separate from each other by a plastic sleeve, which keeps the cores firmly inserted in the cable and prevents any damage from occurring.

In addition to keeping the fibers firmly connected, the 1060345900 is also designed to minimize insertion losses. This is accomplished through the use of a low-loss SPD-Lite ferrule, which is designed to reduce polishing and insertion losses in optical fiber connectors. Additionally, the connector has a built-in anti-reflective coating, which helps reduce signal losses associated with back reflection.

Conclusion

The 1060345900 is an extremely versatile Fiber Optic Connector, and is suitable for a wide variety of telecom and networking applications. Its design allows it to provide a robust connection between two fiber patches, as well as minimize signal losses associated with back reflection. Ultimately, the 1060345900 is an ideal choice for anyone looking for a reliable and efficient connector for their telecom or networking application.

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