FJH-40-D-72.00-4

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Flat Flex, Ribbon Jumper Cables: FJH-40-D-72.00-4 application field and working principle

Flat Flex, Ribbon Jumper Cables are widely used in various applications, ranging from consumer electronics, home appliances, educational circuits and engine controls to satellite and automotive electronics. The FJH-40-D-72.00-4 cable is a type of flat flex cable with a flatness of 0.4mm, a diametric pitch of 4.00mm and a center to center distance of 72.00mm.

Applications of FJH-40-D-72.00-4 flat flex cable

FJH-40-D-72.00-4 Flat flex cable is suitable for applications where a limited space and high flexibility is required. It is commonly used in medical equipment, computers, toys, small medical instrumentation, and consumer electronics. Some applications that FJH-40- D-72.00-4 flat flex cables could be used for include:

• Automotive Electronics: FJH-40-D-72.00-4 flat flex cables are ideal for automotive electronics applications where space is an issue. It can carry signals and power to and from remote devices such as door locks, headlights, radios, and so on. Additionally, the flatness of the cable allows it to easily fit in tight automotive spaces where round cables may be more difficult.
• Home Appliances: FJH-40-D-72.00-4 flat flex cables can be used in a wide variety of home appliances applications such as fans, air conditioners, washing machines, TVs, and other electronic products. The flexibility of the flat flex cables allows it to be wound tightly to fit into tight appliance spaces, with minimal damage to exposed wiring and no danger of short circuits.
• Educational Circuits: FJH-40-D-72.00-4 flat flex cables are perfect for educational circuit design applications. The flatness of the cable aids in making intricate circuit designs easier to assemble and test. They can also be cut to specific lengths, saving time and effort.
• Satellite Electronics: FJH-40-D-72.00-4 flat flex cables are perfect for applications where space and flexibility are an imperative. The flexibility and flatter profile allow well-placed cables to lay directly on the satellite body and save a lot of space.

Working Principle of FJH-40-D-72.00-4 flat flex cable

FJH-40-D-72.00-4 flat flex cables are composed of two flexible insulating layers, separated by a conductive trace (copper or aluminum). The layers are made up of various polyesters, such as polyethylene terephthalate (PET), polyimide, and other specialized plastic polymers. The flexible layers are cross-linked which maintains the flexibility of the insulation material and ensures good tensile strength of the cable.The conductive trace is insulated from the flexible layers by a layer of flexible material. This insulation layer is also made up of various polyesters including nylon, Polycarbonate, and other special plastics. The insulation layer acts as a barrier preventing the conductive trace from short-circuiting or coming into contact with other traces. The design of FJH-40-D-72.00-4 flat flex cables allow them to flex more easily than traditional round cables, as well as providing a more even distribution of stress when compared to round cables. As a result, FJH-40-D-72.00-4 flat flex cables are more reliable and provide greater assurance against signal and power losses.

Conclusion

FJH-40-D-72.00-4 flat flex cables are an ideal choice for applications where space is an issue along with demanding performance requirements. The flatness of the cable enables it to fit into tight spaces, while the flexible insulation and conductive traces ensure reliable signal and power transmission. Furthermore, its ease of use and low cost makes it a popular choice for many electronics applications.

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