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Flat Flex, ribbon jumper cables, also known as flat flex cables (FFCs) and flat flexible connectors, are highly flexible electronic cables used for connecting several small points of conductive surfaces of various types. Flat flex cables along with ribbon cable connectors are among the most commonly used interconnecting cables and are mainly used in applications such as the routing of wires in the instruments of electromechanical systems, computer peripherals and automobiles, CNC machinery, joystick and sensors. Flat flex cables are also ideal for applications requiring robust cable management.

The flat flex cable is a type of flat ribbon cable that consists of multiple individually insulated parallel copper wires surrounded by a plastic sheath. Each wire is composed of multiple strands of conductive material, usually copper, which are laminated together in a pre-formed flat shape. The plastic sheath helps to protect the wires from corrosion and provides a layer of insulation. Some flat flex cables also contain a thin layer of mylar or foil that shields the wires from RF signals.

The most common use for flat flex cables is to connect computers and peripherals. Over the years, the application of flat flex cables has grown in complexity, as more and more devices use this type of cable for interconnection. The cables are used in the assembly of consumer devices, medical, automotive, aerospace, and military applications. They are also used in the manufacture of point-of-sale systems, for the purpose of transmitting data and power over long distances. Flat flex cables are also used to connect sensors to computers, controllers, CPUs, and other components, as well as in robotic systems.

The working principle of flat flex cables is simple: an array of individually insulated copper wires are connected in parallel and covered with a plastic sheath. This enables the cables to be bent to a specific shape, depending on the purpose of the cable. The copper strands of the cable are then connected to one another by soldering or by crimping connectors. The wires provide a reliable, continuous path for electrical power and data to travel over, regardless of the shape of the cable. Connectors are used to make sure the cables stay connected and do not come unfastened during operation.

In addition to the standard flat flex cables, newer types are being developed, such as flexible printed circuit boards (FPCBs) and flexible flat cables (FFCs). FPCBs are made up of a substrate and flexible copper conductor, while FFCs are made up of multiple smaller conductive wires woven together. These cables are becoming much more popular because of their ability to be bent in a much smaller radius than regular flat flex cables, as well as being much lighter in weight. Both FPCB and FFCs offer a high degree of flexibility, which makes them perfect for use in applications that require a high degree of bendability.

Flat flex cables are used in a wide variety of applications, but their use is not limited to just computers and peripherals. They can also be used in the creation of robotics, military systems, and medical applications. With their high degree of flexibility and robustness, manufacturers are constantly finding new and innovative uses for these versatile cables.

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