0152660917

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Flat Flex, Ribbon Jumper Cables

The 0152660917 application field and working principle offers comprehensive coverage of the core technologies used in flat flexible cables (FFC), ribbon cable, and jumper cables. With innovations such as zero-insertion force (ZIF) connectors, the technology has enabled reliable and cost-effective connection of electronic components for a wide range of applications. Furthermore, advances have been made in the field of FFC cables incorporating ribbon jumper cables.

The application field for FFC cables is diverse. They are used in a wide range of applications, such as in communications equipment, consumer electronics, automotive, medical, industrial control, and military. Due to their small size and flexibility, they are highly suitable for harsh environments, tight installation requirements, and where space is a concern. FFC cables and ribbon jumper cables are also used in cost-sensitive applications where the cost of a metallic cable is prohibitive.

FFC cables come in various configurations, such as shielded, unshielded, ulnar-twisted, and flat-twisted. In addition, they may also be pre-aligned or pre-assembled with connectors. Shielded FFC cables have the added benefit of providing protection against electromagnetic and radio frequency interference. Unshielded FFC cables are more economical but offer no protection. Ulnar-twisted FFC cables offer increased bandwidth and the ability to combine signals. Lastly, flat-twisted FFC cables are used for high-speed data transmission.

Ribbon jumper cables provide a highly reliable, space-saving assembly solution for connecting electronic components and PCB assemblies. Unlike solid conductor cables, the flat shape of ribbon jumper cables enables them to be packed tightly together for increased board density. In addition, the configuration of the ribbon cable also allows for increased signal integrity. This is due to the trace lines running in parallel, allowing signals to travel in a straight line at a consistent speed.

The working principle of FFC cables and ribbon jumper cables is simple. The FFC cables are connected to two PCB board connectors, which are then connected to the target component. The cable is then soldered onto the connector’s contact pads. Once soldered, the pins are covered with insulation. The ribbon jumper cables, meanwhile, act as a bridge between components on the same board. They are inserted into the socket holes in the PCB, and the pins are soldered to the component’s contact pads. Once soldered, the joint is covered with insulation to protect the connection.

In conclusion, the 0152660917 application field and working principle of flat flexible cables, ribbon cables, and jumper cables provide a comprehensive overview of the technologies used in connecting electronic components. These technologies enable cost-effective and reliable connections, and are widely used in various industries for many different applications.

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