FJH-20-D-05.83-4

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Flat Flex, Ribbon Jumper Cables:

The FJH-20-D-05.83-4 is a type of flat flex, ribbon jumper cable. These cables are commonly used in a wide range of applications from telecom to medical equipment and offer a much higher level of flexibility and voltage resistance compared to traditional flat flex cables. They also offer a much thinner form factor compared to traditional jumper cables, which makes them well suited for applications where space is at a premium. The cable consists of a series of small etched copper ribbons, which are punched, bent and terminated using a combination of heat and pressure. The ribbon pitch can be varied in order to produce a custom size and shape.

Application Field:

Flat flex, ribbon jumper cables are well suited for a variety of applications including:

• Telecom – Is used in a variety of telecom applications to connect a variety of devices including cable modems, Satellite TV systems and routers.
• Medical Equipment – Is used in many types of medical equipment as a high flexibility, low power connection. Commonly used in medical instruments, as the cables are able to bend and flex without breaking
• Test Equipment – Used to connect various test and measurement equipment including oscilloscopes and wave analyzers.
• Computer Systems – Used in many types of computers in order to connect various components including audio cards, power supplies, hard drives and GPUs.
• Robotics – Used in robotic applications due to their flexibility and capacity to withstand high temperatures.
• Aviation – Used in aviation due to their ability to operate in extreme temperatures and resist high pressure.

Working Principle:

The working principle of flat flex, ribbon jumper cables is relatively simple. The cables contain several etched copper ribbons arranged in parallel. These ribbons are then punched and bent to form a desired size and shape. The ends of the cable are then terminated with a combination of heat and pressure in order to provide a secure connection.

The connection between the wires in the cable is made through the use of a conductive epoxy, which is often applied as a thin film on the ribbons. This epoxy is composed of a mix of metal and plastic, which has low resistance to electricity, but still provides a strong mechanical bond between the ribbons. The epoxy film is then connected to the terminals of the cable, which provides a secure connection.

The flat flex cable is then tested in order to ensure that all of the connections are secure and that the cable is working properly. This often includes continuity testing, voltage testing and resistance testing. Once the cable has been tested and approved, it can then be used in its intended application.

Conclusion:

The FJH-20-D-05.83-4 is a type of flat flex, ribbon jumper cable. These cables are commonly used in a wide range of applications from telecom to medical equipment due to their high flexibility and voltage resistance. The working principle behind these cables is relatively simple, as they are constructed of several etched copper ribbons punched and bent to a desired size and shape. These ribbons are then connected with a combination of heat and pressure and tested to ensure that they are working properly before use.

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