0151680359

Flat Flex, Ribbon Jumper Cables

0151680359 application field and working principle refer to the use of flat flexible cables (FFC),ribbon jumper cables for electrical interconnect applications. Developed mainly for applications in telecommunication and data processing, Flat Flex are increasingly replacing twisted-pair cables for low speed data connectivity. Ribbon Jumper cables are also used for internal cabling requirements, due to their superior electrical performance and unmatched versatility.

Application Field

Flat flexible cables are used for a variety of electronic and non-electronic applications such as data communications and peripherals, office equipment, consumer electronics, instrumentation, medical and test equipment, automotive and military. FFCs used within products include various conductor types such as twisted-pair cables, shielded-pair cables, multi-conductor cables, coaxial cables, and low-voltage power cables. Cable systems connected with FFCs are able to provide easier integration with electronic products, so these cables are widely used in different industries.

In addition, FFCs are also used in the manufacture of flexible printed circuits (FPCs). FPCs are able to interconnect components and/or route signals within products and applications in which the installation of flexible cables may not be suitable. FPCs provide greater flexibility, reduced assembly time and cost, higher reliability, superior electrical performance, and improved aesthetic appeal. FPCs are especially popular in consumer electronic products such as mobile phones, portable music players, digital cameras, laptops, etc.

Working Principle

The working principle of FFC consists of two parts. The first part is conductive material, which involves copper, aluminum, tin-plated, silver-plated, or gold-plated wires. The second part is insulation material, which may be composed of polyester, polyimide, and thermoplastic elastomers, among others. The combination of these two portions, produce an FFC with a variety of conductive paths.

Number of conductors, conductor material, insulation material, conductor spacing, conductor thickness, conductor length, and shielding requirements can all be varied, enabling FFCs and FPCs to be tailored to meet the specific requirements of a wide array of applications.

In addition, FFCs are able to better withstand mechanical wear due to their superior flexibility than other cables. FFCs are capable of bending and conform to irregular shapes, allowing the integration of electronic control systems into products without the spatial limitations posed by other cables.

Conclusion

Using FFCs and FPCs offer a number of advantages, including superior electrical performance, ease of use, and cost savings. Their versatility enables them to be used for a variety of applications. Due to their superior performance, ribbon jumper cables and flat flex cables are increasingly being used for low speed data connectivity as a viable alternative to twisted-pair cables.