FJ-15-R-250.00-4

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Flat Flex Ribbon Jumper Cables

Flat Flex ribbon jumper cables, also known as FJ cables, are a versatile, hybrid type of cabling designed for use in high speed applications such as data communication, memory storage, and high bandwidth networking. FJ cables are composed of multiple strands of thin, flexible, and heat resistant insulated wires, with a flat shape that allows for excellent flexibility and maneuverability, which is why they are often referred to as "flat flex" cables. The specific type of cable being discussed here is designated FJ-15-R-250.00-4.

Application Fields of FJ-15-R-250.00-4

FJ-15-R-250.00-4 is a popular type of flat flex ribbon jumper cable which is used for a wide range of applications, including:

• Internal cabling and connections for computers, servers, and other PC-based devices such as printers and modems.
• High-speed communication networks such as Ethernet and Fibre Channel.
• Data storage and retrieval systems for high-speed, high-volume storage.
• Industrial control and automation systems.
• Application in the automotive industry for data cables and harnesses.

The FJ-15-R-250.00-4 cable is constructed from a combination of ultra-tight spiral strands sheathed in a thin 0.005-inch-thick polyurethane saran coating. This combination gives the cable excellent flexibility and makes it resistant to shocks, abrasion, and corrosion. The cable is rated to 100V and 250MHz, making it suitable for use in systems that require high data transfer speeds. Additionally, the cable has a 0.2-inch pitch, making it suitable for applications in which space is limited.

Working Principle of FJ-15-R-250.00-4

FJ-15-R-250.00-4 is designed to provide high speed, reliable signal and data transmission over a long distance. The cable is constructed with a length of insulated copper wire strands, usually between 15 to 25 in number. These strands are laid in an alternating fashion to provide stability and flexibility. The strands are insulated with a thin, heat-resistant polyurethane saran coating for protection. They are also covered with a thin outer insulation sheath to help protect against outside interference.

The outer insulation sheath contains conductive traces at each end for attaching and connecting to the corresponding devices, such as computers, servers, modems, and other network hardware. The conductive traces are produced using highly conductive copper wires, which provide low capacitance and resistance. This ensures that the data signals travel uninterrupted and efficiently between the source and destination nodes.

Once the cable has been securely attached to its corresponding devices, signal transmission is achieved via a series of electrical pulses sent between the nodes. These pulses are generated when electrical energy is sent from one node to another. As the electrical energy passes through the conductive trace, the built-in wires act as conductors, transmitting the data signals from one node to another. The signal is then read by the destination node, which in turn responds with the appropriate data.

FJ-15-R-250.00-4 is a versatile, reliable, and efficient data and signal transmission cable capable of carrying high bandwidth signals over long distances. It is suitable for use in a wide variety of electronic and industrial applications due to its excellent flexibility, easy installation, shock and corrosion resistance, and high electrical conductivity.

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