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Flat Flex Ribbon Jumper Cables

Flat flex ribbon jumper cables are designed for electronic control systems and applications requiring wide temperature ranges and high performance. The cables offer an ideal solution for space, power and cost savings, making them the preferred choice in dynamic environments. They are available in several constructions and feature a range of materials, including PVC, polycarbonate, or polyurethane.

Applications

Flat flex ribbon jumper cables are typically used in systems requiring high performance and wide temperature ranges, including medical electronics, transportation electronics, and instrumentation. The cables provide excellent flexibility for dynamic environments or specialized applications. They can also be used in automotive and aerospace applications due to their high insulation resistance and tightest pitch, thereby making them ideal for space savings.

Features

Flat flex ribbon jumper cables feature a shielded construction and have an open-braid design to provide high flexibility and superior EMI/RFI protection. The cables also feature a temperature range of -20oC to +105oC, a large operating temperature range (up to 300oC), and a wide range of conductor sizes. Additionally, the ribbon cable is capable of withstanding high-frequency signals.

Working Principle

The working principle of flat flex ribbon jumper cables is based on a two-wire system in which current flows in an unidirectional manner between the two conductors. The ribbon cable features a single-layer and double-layer structure, with the latter providing enhanced flexibility and insulation. In static applications, the flat flex ribbon cables transmit the signal from one point to the other without any external power or impedance-dependent. Moreover, the cables offer low-impedance transmission in dynamic applications, as they can adapt to frequent changes in electrical loads and temperature. The advantage of using flat flex ribbon cables over other cables is their small size, low weight, and high-frequency signal transmission.

Conclusion

Flat flex ribbon jumper cables are designed specifically to provide high performance and wide temperature ranges in complex and dynamic environments. The cables offer excellent flexibility and superior EMI/RFI protection due to their open-braid design, and they feature a large operating temperature range and wide range of conductor sizes, while providing low-impedance transmission in dynamic applications. These features make the flat flex ribbon cables the ideal choice for medical electronics, transportation electronics, and instrumentation applications.

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