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Flat Flex, Ribbon Jumper Cables 0210491048 Application Field and Working Principle 
Flat Flex, Ribbon Jumper Cables, also referred to as FFRJ cables, are constructed of a combination of forward flex and reverse flex cables with a wide variety of input levels. The range of voltage and current offered by FFRJ cables allows them to be used in a variety of applications, from terrestrial and maritime power delivery to space exploration.The basic components of FFRJ cables are a flat ribbon-like cable, a conductive membrane and an insulating layer. The flat ribbon cable is made up of thin, flat conductors that are connected to the conductive membrane. The conductive membrane acts as a bridge between the conductive elements of the cable, allowing electric current to flow between them. The low-voltage and current limits provided by FFRJ cables make them an ideal choice for high-voltage applications such as power transmission.FFRJ cables are typically used in power systems with high voltage and low current requirements, such as telecommunications, medical equipment, robotics, or automotive applications. They are also ideal for applications involving direct current (DC) power supplies, as they provide a high level of isolation from the environment. Furthermore, their low resistance allows them to be used in long lengths, making them suitable for applications requiring extended cable lengths.In order to transmit electrical current across the length of the FFRJ cable, the conductive elements must be arranged in a specific arrangement. This arrangement is referred to as a ‘straight run’ and involves the bending of the flat ribbon cable to form a path through which the electrical current can travel. Once this path is established, an airspace is added around the conductive elements to provide insulation and protection from the environment. The insulated area between the conductive elements determines the specific voltage and current rating of the cable.In terms of working principle, FFRJ cables are very simple. They use the principle of positive-negative correlations between the flat ribbon cable and the membrane. When one section of the cable is connected to the positive terminal of the power source, the other sections of the cable connected to the negative terminal of the power source will also carry the same voltage. This allows the FFRJ cable to carry power from one location to another reliably with minimal noise or interference.In summary, Flat Flex, Ribbon Jumper Cables are extremely useful in a wide variety of power delivery applications. Their low resistance, high levels of isolation, and long lengths make them well-suited for applications requiring extended cable runs and high voltage/low current supplies. Thanks to their dual positive-negative connection system, they are easily adapted for use across a broad range of applications.

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