100R13-457B

Flat Flex, Ribbon Jumper Cables

100R13-457B is a type of flat flex, ribbon jumper cable commonly used in various electrical and electronic applications. It is composed of an insulated copper ribbon with multiple conductors and/or multiple strands in a single series. The ribbon conductor is usually crimped to the product under test for conductive electrical connections.

Application Field

100R13-457B flat flex, ribbon jumper cables have a wide range of applications in the connection and wiring of assemblies in the electronics and electrical industry. They are ideal for joining the printed circuit board (PCB) components, connecting the surrounding circuits, and connecting wires in various applications. They are also suitable for connecting the motors to the drive circuits. Moreover, since these cables are extremely flexible, they can easily be routed between PCB designs and other areas with tight spacing or sharp bends. Since they are made of insulated copper ribbon, these cables provide excellent flexibility, conductivity, and durability.

Working Principle

These flat flex, ribbon jumper cables perform their function of connecting various components by conducting electrical current in a safe, reliable, and efficient manner. The conductors are arranged in multiple parallel and/or series connections in order to transfer the energy between components. The insulated copper ribbon wires are crimped to the product under test in order to securely connect the components together and minimize signal interference. In addition, various insulating materials are often used in order to protect the copper conductors and reduce the chances of electric shock or static charges.

Conclusion

The 100R13-457B flat flex, ribbon jumper cables provide a reliable solution for applications requiring strong and secure connections between components in the electronics and electrical industry. Through its unique design, these cables are able to provide excellent flexibility, conductivity, and durability. With multiple parallel and/or series connections, they are able to efficiently transfer electrical current without any interference. Moreover, their insulated copper ribbons are capable of protecting against electric shock or static charges.