FSC2DMCXAQ

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Fiber optic connectors are the devices primarily used to terminate the ends of fiber optic cables and to enable connection between fiber optic equipment. They provide efficient, reliable and cost-effective solution for fiber optic connectivity and are widely used in many applications. FSC2DMCXAQ fiber optic connector belongs to this categories and has been used widely in different forms of applications. This article will discuss the application field and working principle of this connector.

Application Field

FSC2DMCXAQ fiber optic connector is an MTP/MPO or MPO/MTP connector. The MPO or MTP series of connectors are considered high-density connectors. They feature a high number of fibers in a compact size due to their parallel arrangement. Therefore, they are capable to distribute and terminate large numbers of fibers simultaneously. As these connectors are designed for Termination of fiber cables, the particular application field for FSC2DMCXAQ is mainly for termination purposes.

Due to its high-density arrangement of fibers, the FSC2DMCXAQ allows for termination and splicing of high data-flow applications such as 100G, 40G, 10G, 4x10G, 10x10G and 10x20G over an 8/12/24/36/48 fiber cables designed for the inside box and distribution network. They are used for fiber patching, mechanical splicing, direct termination, fan-out applications. The ruggedized nature of this connector also allows for pre-terminated tail cables which are suitable for data center and Outside Plant operations.

Apart from those mentioned, FSC2DMCXAQ connectors are also used in data center environments, testing laboratories, remote location, Central Office for cross-connect systems, telecom, Outside Plant Equipment and more.

Working Principle

The FSC2DMCXAQ connector is a MTP/MPO connector that features the same body as the FSC2DMCX connector. The connection between two FSC2DMCXAQ connectors can come in three different forms including a pin, clip, or a push-pull dynamic link. With any of the three connections, a Push-Pull locking connection can be made between two FSC2DMCXAQ connectors with the latches engaging the two connectors together. Once a connection has been established, it will need to be tested. This is done using a testing probe that is connected to either a cleaning or test tool.

For end faces, the FSC2DMCXAQ connectors use a PC or APC Polish. This allows for the minimization of light loss when it passes through the connector. Depending on the application, the polish can be customized to the application in order to reduce the return loss to a minimum. Therefore, using FSC2DMCXAQ can achieve reliable connection and provide low insertion loss for communication.

Conclusion

In conclusion, FSC2DMCXAQ fiber optic connectors are especially designed for termination purposes and used in many application fields such as data centers, telecom, cross-connect systems, and more. It allows for high-density design for efficient and reliable connections of data transmission. Having undergone various testing, FSC2DMCXAQ connectors have proven to provide low ligt loss due to its PC or APC Polish.

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