1060633470

Fiber Optic Connectors

1060633470 is a type of fiber optic connector with a 2.5 mm ferrule. It is a snap-in connector, designed to provide a secure quick mating connection to optical fibers. It features low insertion loss and superior durability. Because this connector is easy to use, it is preferred over other types of connectors, especially for use in fiber optic communication systems.

Application Field

The 1060633470 fiber optic connectors are widely used in fiber-optic communication systems. They are mainly used for fast and secure optical fiber connections. These connectors are most often used in telecoms, test equipment, computer networks, data centers, FTTH, and many otherfields.

Automation systems, for example, are increasingly relying on fiber optics to provide reliable and secure transmission of data. 1060633470 connectors are easy to install and are especially suitable for applications where frequent re-connecting is needed.

Working Principle

The 1060633470 fiber optic connector consists of two identical connectors that both have a 2.5 mm ferrule. The front of each ferrule is precision polished to the fiber core. The rear of each ferrule is shaped with a set of pins that fits in a single housing. When the two connectors are aligned, a secure connection is made.

When the patch cord is plugged into the 1060633470 fiber optic connector, the pins from the rear of each ferrule are aligned with the housing. This ensures a tight fit and a secure connection. If the pins and housing do not match perfectly, the connection will be loose and cause signal loss.

The 1060633470 fiber optic connectors are designed for superior durability. The pins and housing are corrosion resistant and will not wear down over time. This ensures that the connection can remain secure for many years.

Conclusion

The 1060633470 fiber optic connector is a snap-in connector designed for fast and secure connections. It is easy to install and is widely used in many different fields. The connector is corrosion resistant and has superior durability, making it an ideal choice for long-term connections.