106387-0104 Connectors, Interconnects

Fiber optic connectors and accessories are indispensable for fiber optic network communication. The 106387-0104 connector is one of the most popular opto-electronic connectors. Here is a brief introduction about its application field and working principle.

Application Field

The 106387-0104 connector is a single-fiber, bidirectional and blind-mating optical connector. It is highly reliable and suitable for high-power density optical systems in small area. It is widely used in the application of high speed data transmission. It can meet the needs of 10Gigabit/Linear and 40Gigabit network. In addition, due to its advanced electric performance and high insertion/repetitive ability, 106387-0104 connector is also widely used in the fields of telecommunication, medical treatment, instrumentation, measurement and avionics etc.

Working Principle

The 106387-0104 connector is a one-piece ferrule design with unique structure. During its configuration process, the optical fiber is inserted into the ferrule and clamped inside to hold it in place. It is based on a dual-action latching system to make the connection which ensures the stability and easy operation. In addition, two optical ferrule contact faces create highly efficient optical coupling at the connector. This makes the 106387-0104 connector a highly reliable and efficient solution for high speed data transmission.

The 106387-0104 connector is also designed with features such as shutters, dust caps and other options. The integrated shutter protects the optical fiber and effectively prevents dust from entering. In addition, the connector is sealed with O-ring which provides excellent environmental protection and high insertion and return loss performance.

In conclusion, the 106387-0104 connector has its unique design and features which make it a reliable and efficient opto-electronic connector solution. Its easy installation process and high insertion/return loss performance makes it an ideal choice for a variety of applications in the fields of high speed data transmission, telecommunication, medical treatment and more.