FTSH-106-02-L-D

FTSH-106-02-L-D is a rectangular connector specially designed for the application of fiber optics cables. It can be adopted to patch fibers in various fiber networks, and it is suitable for backplane board topology networks. The connector supports transmission distances up to 500 meters at speed up to 10Gbit/s. It has the advantages of low costs and wide applicability, suitable for many applications and multiple different systems.

FTSH-106-02-L-D comprise of two main components: the receptacle and the header. The receptacle is the female connector which holds the male connector. The male connector is the header, which hold the mating threads at their end. Both the receptacle and the header have windows along its bodies to mate with leading pins on the mating connector.

The two components of the FTSH-106-02-L-D can be brought together to form connection; a pin on the mating connector will enter the window slot of the receptacle and vice versa. Once the connection is established, the locking wedge of the connector will firmly lock the two components together. This ensures the connectors are firmly secured and will not disconnect regardless of the vibrations or environmental conditions.

The connection pins on FTSH-106-02-L-D are designed for use with LC fiber optic circuits. The LC duplex connector has two fibers which operate as both transmitting and receiving signals. The header provides full duplex (transmit as well as receive) functionality while the receptacle is designed for one-way transmission. The header pins are coated with gold plating to ensure the highest possible electrical connection and conductivity.

The applications of FTSH-106-02-L-D are antenna systems, high-speed communication lines, medical systems, telecommunication applications, and cameras integrated with digital components. The array of advantages makes it suitable for fiber-optic applications requiring transmission of large data sets.

In conclusion, FTSH-106-02-L-D is a robust and high-quality rectangular connector designed for fiber-optic applications. Its easy assembly, low cost, wide applicability, and high data transfer speeds make it an ideal choice for many applications.