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Flat Flex

Flat Flex (FF) wires are single-conductor, flat cable assemblies, often made with multiple strands of conductors and insulated with a thin fluoropolymer insulation. They are flexible and can be manufactured with termination hits, such as a 90° or 180° right angle, for easier installation.

FF cables are used in a variety of industrial, medical and consumer electronics applications. In industrial applications, FF cables are used for wire harnesses, soldering wires, and field service connections. These cables are also used in medical applications, such as in MRI machines and fluid control systems.

FF cables are often manufactured in a variety of configurations, depending on the application. Typically, FF cables have a three-wire conductor construction, with each wire having an insulated core. The insulated cores are then twisted together to form the finished cable.

FF cables are generally used in applications where the cables will be subjected to extreme temperatures or gases, where they must be able to resist corrosion or moisture. They are also used for applications where cables must be flexible and bendable.

Ribbon Jumper Cables

Ribbon jumper cables (RJC) are a multi-conductor shielded cable assembly used for connecting two or more devices. The cables consist of two or more conductors (wires) which are individually insulated and wrapped in a shielding material. The shielding material is typically a foil or a braid that provides protection from external electromagnetic interference from other electrical devices or the environment.

RJC cables are typically used in high-speed, low-voltage applications such as data communication and control systems. The shielding material helps to minimize data loss and interference, allowing for more reliable data transmission between devices. Cable assemblies can also be configured in different configurations, such as right angle or straight connection style.

RJC cables are used in a variety of applications, including medical imaging, industrial control systems, home theater, automotive and consumer electronics. They are often used to connect two or more devices, such as computers, servers, and storage devices.

RJC cables are also commonly used in industrial automation and instrumentation, where they are used to connect sensors, controllers and other devices. The cables are designed to withstand high temperature, vibration and shock, making them ideal for harsh environments.

Working Principle

The working principle of FF and RJC cables is the same. Both wires are made of a conductor surrounded by an insulation material. A conductor conducts electrical current, while the insulation material is used to protect the conductor and to keep the wires separated.

The insulation material prevents current from passing between conductors and keeps it running in the desired direction. The thickness of the insulation material varies depending on the type of cable, with thicker insulation generally used to protect against higher voltages and currents.

The shielding material used in RJC cables is designed to provide additional protection against electromagnetic interference and other electrical noise. The shielding material acts to reduce interference from external sources and to keep the current running in the desired direction.

Both FF and RJC cables are designed to be flexible and easy to install. The flexibility of flat flex cables gives them greater application flexibility and makes them ideal for tighter turns and spaces in compact installations.

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