FJ-20-D-02.75-2

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Flat Flex Ribbon Jumper Cables are wire-based components used to interconnect two separate pieces of electronic equipment. The FJ-20-D-02.75-2 is a Flat Flex Ribbon Jumper Cable specifically designed for use in harsh environments, particularly extreme temperatures or high levels of vibration. The FJ-20-D-02.75-2 offers reliable electrical connections with reliable signal transmission over a wide range of temperatures. This cable is also highly flexible and offers superior strength when compared to traditional wire and ribbon cable designs.

The FJ-20-D-02.75-2 Flat Flex Ribbon Jumper Cable is used in various applications, including automotive, industrial, medical and avionics industries. The cable is typically used in applications that require reliable signal transmission and superior electrical performance. The cable features stranded conductors and a unique two-layer kapton insulation system that is designed to protect against short circuits. The cable also offers superior performance in applications where vibration is a factor due to its high flexibility.

The working principle of this cable involves the use of stranded conductors that are enameled. These conductors are then covered in a protective insulation that is designed to protect the cables from short circuits, abrasion, and other types of damage. Once these conductors are covered in the insulation, they are then spiralled around a dielectric material. This material is designed to create a separation between the conductors and the metallic components that are used to connect them. This separation creates a nearly perfect electrical connection between the two pieces of equipment.

The FJ-20-D-02.75-2 Flat Flex Ribbon Jumper Cable is designed to provide reliable electrical connections and signal transmission even in extreme temperature and vibration conditions. Its unique kapton insulation system protects against short circuits and ensures superior electrical performance. This cable is used in a variety of applications, including automotive, industrial, medical, and avionics industries, and its high flexibility makes it ideal for use in vibration-prone environments.

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