FLCSMC6EIY

FLCSMC6EIY Application Field and Working Principle

The FLCSM6EIY connector is a high-performance fiber optic connector used in both single-mode and multi-mode applications. It can be used in harsh working environments where other connectors such as ST, LC, SC, and MTP/MPO connectors cannot. It is designed for applications that require higher levels of performance, such as data centers and long-distance telecommunications.

The FLCSM6EIY connector is a small form factor (SFF) connector and is part of the high-density, high-performance, and low-power FLC series of connectors. It is designed specifically for use in 10Gbps networks and higher. Its performance and design features make it an ideal choice for use in 10G-class Ethernet and fiber optic networks.

The FLCSM6EIY connector is a push-pull type connector that features a single-piece metal body and multipin contact system. It is designed to provide a reliable connection in a variety of environments, including those with extreme temperatures, high humidity, and vibration. It also features a dustproof interface, which helps to prevent dirt and dust from entering and causing damage. This type of connector features a push-pull locking mechanism, with a maximum electrical current rating of 2600 mA.

The FLCSM6EIY connector uses a special alignment system that helps to ensure that the connection is secure, quick, and reliable. It uses an integrated ferrule containing a pair of optical fibers to provide the optical connection. The ferrule is specifically designed to ensure precise alignment between the fibers and to prevent signal loss during transmission. This type of connector is designed to be easy to install and maintain, and it is made from robust materials to ensure durability.

The FLCSM6EIY connector is a cost-effective option for applications requiring higher levels of performance. Its small size and high-performance features make it an ideal choice for long-distance communication, data centers, and high-speed networks. It is also easy to install and requires very low power.