FJH-20-D-09.83-4

Flat flex and ribbon jumper cables are among the popular types of cables used in electronic and computer applications today. FJH-20-D-09.83-4 is one such type of flat flex, ribbon jumper cables. In order to understand its application field and working principle, it is imperative to understand the identification and features of this type of cable.

​FJH-20-D-09.83-4 is a type of flat flex and ribbon jumper cable composed of 20 strands of thin-gauge multi-stranded foil and copper stranded wires enclosed in a U-shaped flexible polyurethane jacket. As such, each individual wire consists of a single core of copper wire surrounded by a polyurethane jacket. This results in an increased current flow capability and a significant reduction in cable insertion losses.

In addition, this type of flat flex and ribbon jumper cable has a maximum current flow of up to 6 amperes and is designed to operate at temperatures ranging from –25 to +80 degrees Celsius. Moreover, the cable is flame retardant and has strain relief capability, which makes it suitable for use in industrial and automotive applications. In addition, FJH-20-D-09.83-4 has a given isolation voltage rating.

Regarding application field and working principle, FJH-20-D-09.83-4 can be used for a wide variety of applications including interconnection of devices in industrial, automotive, and electrical wiring systems. Furthermore, this type of cable is also suitable for the interconnection of various electrical and electronic components such as resistors, sensors, and transistors. As for its working principle, this type of flat flex and ribbon jumper cable, as its name implies, functions as a jumper connector, with each cable end providing an electrical link between two connected points. This allows for the connection of various types of equipment, devices, and components, providing an efficient and reliable method of connection.

All in all, FJH-20-D-09.83-4 is a type of flat flex and ribbon jumper cable well-suited to many industrial, automotive, and electrical wiring applications. It has a maximum current flow of 6 amperes, is flame retardant, and is designed to operate at temperatures between -25 to +80 degrees Celsius. In addition, the cable offers strain relief and given isolation voltage rating. Its working principle is that of a jumper connector, making it suitable for connecting various types of electrical and electronic components.