FJ-05-R-02.50-2

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Flat Flex, Ribbon Jumper Cables are widely used in various industries, such as automotive, consumer, industrial, medical and military. Among them, FJ-05-R-02.50-2 is one of the more commonly used types. The following will explain the application field and working principle of this type.

The FJ-05-R-02.50-2 Flat Flex, Ribbon Jumper Cables are mainly designed for multi-conductor applications, such as signal, wire harnessing and data communications. And these cables are often used in various types of circuit connectors, terminals, jumpers, loops, switches and plugs. In addition, these cables also come in different sizes and lengths, depending on the application and current demands.

The Flat Flex, Ribbon Jumper Cables are basically made of a variety of conductive components, such as copper wires, flexible ribbon cables and thin films. With the help of the FJ-05-R-02.50-2, the voltage, current and signal transmission are more stable and reliable than that of conventional wiring systems. In addition, it doesn’t occupy much space and is convenient to handle. And the users can take apart or assemble the wires in a short time, so as to save the time and cost of production.

The working principle of FJ-05-R-02.50-2 Flat Flex, Ribbon Jumper Cables is based on the basic law of electric circuit, which refers to the “electrical principle of attraction and repulsion”. The same kind of electric charges repel each other and the opposite kind of electric charges attract each other, resulting in the formation of electric field or flux. The electricity is conducted due to the attraction and repulsion between electrons and protons. Thus, through this principle, the electricity can be transferred from the cable to the connected devices.

In conclusion, FJ-05-R-02.50-2 Flat Flex, Ribbon Jumper Cables are widely used in various industries due to their good performance and reliable electric connection, as well as the fact that they don’t occupy much space. The working principle of these cables is also based on the basic law of electric circuit, so as to ensure that the electricity is safely transferred from the cable to the connected devices.

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