0982660077

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Flat Flex, Ribbon Jumper Cables

0.982660077 application field and working principle refer to the use of cable assemblies for connecting electronic components and/or systems. Cable assemblies enable the transfer of electrical signals, power and/or data by providing an interface between two devices. The cable assembly may be used for connecting or transferring power, data, control or sensing signals between components, boards, systems or other related devices.

Flat Flexible Cables

Flat Flexible Cables (FFCs) use thin, flat cables constructed from copper conductors surrounded by insulation and encased in a flexible plastic housing. The cables are characterized with a high degree of reliability in a wide temperature range, and are ideal for connecting components in confined spaces. FFCs are easy to connect and disconnect, as the conductors are visible, and the insulation prevents short circuits when connecting. The majority of FFCs mate with standardizing connectors, such as surface-mount, pin and socket, and zero insertion force connectors.

Ribbon Jumper Cables

Ribbon Jumper Cables (RJC) provide a flat, ribbon-type construction that incorporates multiple conductors and insulation in a durable, flexible package. Unlike wire harnesses, ribbons provide an easy-to-use interconnect solution designed to minimize the number of connections required for connecting multiple printed circuit boards, components, and/or systems. RJCs come in a variety of configurations in order to mate with various types of solder, male/female, pin/socket, and wire-to-board style connectors. In addition, you can customize the assembly according to the target application requirements.

Applications

FFCs and RJCs provide power, signal, and data connection and are commonly used in consumer, industrial and communications products. Typical applications include: floppy disk drive cables, printer cables, card readers, computer keyboards, communications systems, instrumentation, medical equipment, automotive electronics, and audio/video systems.

Working Principle

The copper conductors in FFCs and RJCs are surrounded by an insulation material that acts as a protective layer. The conductors are then encased in a flexible plastic housing and terminated with a variety of connectors. When the cable is connected to two components, the conductors in the cable form an electrical bridge and allow for the transfer of power, data, and/or control signals. In addition, the insulation keeps the conductors properly insulated and prevents short circuits.

Conclusion

FFCs and RJCs are essential components for a variety of applications. They provide a reliable connection between components, boards, systems or other related devices and allow for the transfer of electrical signals, power and/or data. FFCs and RJCs are easy to connect, provide flexibility for tight spaces, and are characterized with a high degree of reliability in a wide temperature range.

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