FJH-10-R-09.83-4

Flat Flex Ribbon Jumper Cables, also known as FJH-10-R-09.83-4 for short, are a type of cables commonly used in the installation of electronic components. The basic structure consists of an insulated flat ribbon of conductive material, with staggered contacts or “pins” at each end for use in connecting components. It is widely used in the electronics industry due to its compact size and ease of installation.

The FJH-10-R-09.83-4 cables have a wide range of applications including communication, electrical, medical, military, and automotive. In communications, the FJH-10-R-09.83-4 cables are used to connect telephones, computers, and other types of electronic equipment. In the electrical field, they are often used as a quick and easy way to connect wires and components together. In the medical field, they are used to connect equipment such as ultrasound and X-ray machines, and in automotive applications, they are typically used to connect different vehicle components like the horn and heater. In the military, these cables can be used to connect various types of field equipment like radar or radios.

The working principle of FJH-10-R-09.83-4 cables is quite simple. A flat flexible printed circuit is inserted over the staggered contacts at its respective end. The contacts are then soldered, which permanently connects the ribbon cable. The flat ribbon cable is then routed from its source to its destination, and the contacts are connected to the equipment or components. This allows for quick and efficient installation of electronic components, which can be done in a fraction of the time of traditional routing of wires.

In conclusion, flat flex ribbon jumper cables, commonly referred to as FJH-10-R-09.83-4, are a type of cables used for quickly and easily connecting electronic components. They have a wide range of applications, from communication to medical, and they are relatively easy to install. The working principle of these cables is simple, as the flat ribbon of conductive material is inserted over the contacts at its respective end, soldered, and then routed to its destination. This allows for quick and efficient installation of electronic components.