FJ-10-R-63.50-4

Flat Flex (FJ) Cables, sometimes referred to as Ribbon Jumper Cables, are an important component within many industries for adding functionality to devices, machines, and systems.

FJ-10-R-63.50-4 Cables, in particular, are designed to provide excellent dependability, flexibility, and robust construction. With a cylindrical, foil-shielded construction, their design ensures compatibility with a number of interfaces.

Application Field

The FJ-10-R-63.50-4 Cable is commonly used in many industries, including medical, industrial, aerospace, automotive, and consumer electronics. Due to its flexible design, the cable is most commonly used as a high-speed data bus between two or more components.

The FJ-10-R-63.50-4 is also used for energy, signal, and power transmission applications, allowing reliable delivery even in demanding and harsh environments. As such, the cable is frequently found in the aerospace industry, providing efficient and robust transmission abilities.

Working Principle

The FJ-10-R-63.50-4 Cable operates by transferring electrical signals along the cable using a conductive band located between two flat layers of insulation. The cable is then wrapped up in dual, cylindrical foils which help protect and shield the electrical signals from external interference.

When the cable is connected to a device, it transmits the electrical signals from one device to another, allowing them to communicate with each other. The flat layers of insulation combined with the conducting banded ensure reliable connectivity with virtually no signal loss.

The dual foil shields wrapped around the cable also shield the electrical signals traveling along the cable from external interference. This helps ensure a secure, interference-free transfer of data and signals between two devices.

Conclusion

FJ-10-R-63.50-4 Cables are an important component within the Flat Flex and Ribbon Jumper Cables industries. Their design ensures reliable and secure transmission capabilities even in harsh and demanding environments. With a flexible design, they can be used in a variety of applications, including those involving energy, signal, and power transmission.