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Flat Flex, Ribbon Jumper Cables - FJ-20-R-24.00-4 application field and working principle

Flat Flex cables, primarily known as ribbon jumpers and flat ribbon cables, have become a popular choice among electrical engineers. The design is practical for a variety of applications, from office equipment to medical settings, due to its light weight, minimal space, and cost effectiveness. The FJ-20-R-24.00-4 flat flex cable is among the most popular cable options in terms of rated voltage, power, and signal transmission. This article will explain the application field and working principle of the FJ-20-R-24.00-4 flat flex cable.

What is FJ-20-R-24.00-4?

The FJ-20-R-24.00-4 flat flex cable is a popular option in the series of flat flex cables. It is a ribbon cable typically used for applications in which space needs to be efficiently conserved, such as with modularly constructed devices and systems. The cable is rated for 19 V and 24 Amps, and is 0.25mm thick. It is available in tracks up to 100mm in length, and can support up to 4 signal paths.

Application field

The FJ-20-R-24.00-4 flat flex cable is commonly used in a variety of applications. Because of its rated voltage, power, and signal capacity, the cable is generally used in industrial and commercial applications. The cable is often used in communication systems, display devices, and office equipment. It is used as an electrical connection in power distribution, control systems, and lighting systems. Additionally, it is popular for use in medical systems since it is lightweight, flexible, and reliable.

Working Principle

The working principle of flat flex cables is quite simple. The flat flex cable consists of two flexible flat conductors which are closely spaced. The cable is then bound together to form a single cable. Each conductor has two insulated wire layers which serve to protect the wire from abrasion and other damage. When current runs through the cable, the flat conductors direct the current in a single direction, causing the electrons to move in the same as the direction of the current. This creates a steady flow of current from one end of the cable to the other. Due to this, the FJ-20-R-24.00-4 can support up to 4 signals at a time. Additionally, the flat flex design helps the current to travel over long distances with minimal loss in strength.

Conclusion

The FJ-20-R-24.00-4 flat flex cable is a popular option for a variety of applications. The easy installation and the practical design make this soft cable desirable for situations in which space efficiency is of particular importance. Its working principle is quite simple: the conductors direct the current from one end of the cable to the other, creating a steady flow of current while protecting the wires from abrasion and other damage. The practicality of the design has made it an attractive choice for a variety of electrical engineering projects.

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