0151660338

Flat Flex, Ribbon Jumper Cables

0151660338, also known as flat flex ribbon jumper cables, are designed for high-density electronic assembly applications. These cables feature an intermediate-conductive interconnect fabrication technology, resulting in long flexible conductors that can carry the maximum possible current capacity. They are widely used in telecoms, power applications, automotive, and industrial control systems.

Application Field

Flat flex cables are used in a variety of high-density applications. These include data bus connections, signal bridging, high-speed switching, automatic machine controls, robotics, motor control circuits, PCBs, and other industrial applications.

Working Principle

Flat flex cables consist of a flat insulated conductor made from tincoated copper, aluminium or other conductive material. The conductor is then spiral-wrapped with a polyimide insulation material that seals and prevents short circuits. The cables can be connected to other components via soldered connections, riveted connections, or screw connections – all of which ensure a secure electrical connection.

The cables are designed to allow for flexibility and maximum current capacity. They are also designed to be resistant to temperatures up to 120°C, and are typically UL-certified. The resistance and temperature of the cables can be increased or decreased depending on the application.

Advantages

Flat flex cables offer a number of advantages over traditional hard-wired cables. They are more efficient, reduce wiring labor costs, provide higher current-carrying capacity, prevent crosstalk, and are much more flexible. Additionally, they require less space when installed, and are much less expensive than traditional wiring.

Conclusion

0151660338 flat flex cables are ideal for high-density electronic assembly applications. They feature an intermediate-conductive interconnect fabrication technology, resulting in long flexible conductors that can carry the maximum possible current capacity. They are also designed to be resistant to temperatures up to 120°C, and provide a number of advantages over traditional hard-wired cables.