AFFC-100-08-076-11

Flat Flex Ribbon Jumper Cables

Flat Flex Ribbon Jumper Cables, commonly known as FFRC, are a type of electric cable consisting of thin, flat copper wires wrapped in an insulating material. To improve flexibility, the wires are usually arranged in a parallel pattern between two connectors. They are primarily used to provide temporary electrical connections between components in a wide range of applications including computers, automotive, and industrial.

Application Fields

FFRCs are typically used in a variety of different applications for connecting circuits and components. Common uses include connecting video components, connecting lighting fixtures, monitoring systems and supplying power to motors, as well as connecting electric motors and other electronic devices. The flat design offers many advantages over traditional round wire cables including increased flexibility, easy routing, and a lower current carrying capacity.

Working Principle

FFRCs typically work by passing an electrical current through a series of flat copper wires, which are then insulated with a flexible plastic material. When the wires are in an arrangement, their electrical resistance is reduced, allowing a greater current to pass along them. Due to their flat design, FFRCs are able to pass a much higher current than traditional round-wire cables. This increased current is then used to power the device or circuit that the FFRC is connected to.

FFRCs are also less susceptible to corrosion due to the flat copper wires being coated in a protective, insulating material. This prevents the copper wires from reacting with the air and prevents shorting, ensuring greater reliability and a longer life expectancy for the cable.

Conclusion

FFRCs are a reliable and cost-effective solution for providing reliable electrical connections across a variety of different applications. Their flexibility and easy routing make them ideal for connecting components in places where space is at a premium, such as in automotive and industrial applications. Their low current carrying capacity also makes them safer to use and less susceptible to damage than round wire cables.