FJ-05-D-02.75-2

Flat flex, ribbon jumper cables are versatile, high performance components designed for any number of applications. FJ-05-D-02.75-2 is one example designed for connecting long distance interconnects, providing high transmission speeds and stability. In this article, we will examine the application fields and working principle of FJ-05-D-02.75-2.

FJ-05-D-02.75-2 is a type of flat flex, ribbon jumper cable, meaning that it has a flat flex design with two opposite ends cut flat, giving it a rectangular shape. It is constructed from high quality materials, such as copper, tin-plating and sealants, for maximum electrical performance and durability. Its length can range from several millimeters to several meters, depending on the application. In addition, it is designed to be flexible, allowing for easy installation and maintenance.

The primary application for FJ-05-D-02.75-2 is connecting long distance interconnects, such as hot-swap backplanes and server racks. Its flat flex design ensures that it provides superior electrical performance with minimal signal loss over long distances. In addition, its rectangular shape makes it easy to fit into tight spaces, making it suitable for a variety of connective applications. It is also capable of providing high transmission speeds, resulting in clear signal transmission, as well as reliability and stability.

The working principle of FJ-05-D-02.75-2 is based on its ability to efficiently transmit electrical signals. Its copper construction makes it capable of carrying large amounts of electrical current and high frequencies, while its tin-plating ensures that the signals are clear and consistent. Its sealant also ensures that it is water-resistant and corrosion-proof, providing added durability and reliability. Additionally, its flexible design allows the cable to easily move and bend, and its compact design allows it to fit into tight spaces for easy installation.

In conclusion, FJ-05-D-02.75-2 is a high-performance flat flex, ribbon jumper cable designed for connecting long distance interconnects. Its copper construction and tin-plating ensure that it is capable of providing high transmission speeds and reliability, while its rectangular shape and sealant provide added flexibility and durability. It is an essential component suitable for a variety of connective applications and provides superior electrical performance with minimal signal loss over long distances.