2-5501380-0

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Fiber Optic Connectors

Fiber optic connectors are essential and have become universal for creating fiber optic links. They offer excellent optical performance, low loss, and high speed in a small form factor. The 2-5501380-0 is a series of high-performance and cost-effective fiber optic connectors for establishing fiber networks.

2-5501380-0 Application Field

The 2-5501380-0 is designed to provide reliable fiber connections in a wide range of applications including data centers and networks, Instrumentation, automation, and process control, Broadcast, and broadcast infrastructure, Telecommunications, Defense and aerospace, medical and healthcare, As well as fiber internet and access networks.

2-5501380-0 Working Principle

The 2-5501380-0 fiber optic connector is designed around a standard Operating Temperature Range (-40°C to +85°C). It uses a military style twist-locking coupling system requiring minimal force. The connector features a unique ceramic ferrule which provides superior optical performance, low insertion loss, and resistance to high temperatures. The connector design also features a stainless steel connector body which offers superior EMC performance and high pull-out strength.

When coupled, the 2-5501380-0 fiber optic connectors form a secure and reliable connection ensuring minimal losses and excellent electrical performance. The connectors also feature an interface for the insertion and removal of a protective dust cover as well as a snap-in locking mechanism to prevent accidental disconnection.

The connector is extremely robust and designed to withstand harsh environments such as heavy vibration, shock, and corrosion. Due to its reliable performance and rugged design, the 2-5501380-0 is an ideal choice for military and aerospace applications.

Conclusion

The 2-5501380-0 is an excellent choice for establishing reliable, low-loss fiber links in extreme environmental conditions. It is an extremely robust, high performance, and cost-effective solution for applications such as data centers, broadcast infrastructure, and defense and aerospace.

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