FJ-10-R-90.00-2

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• Flat Flex, Ribbon Jumper Cables applications

Flat Flex, Ribbon Jumper cables provide a reliable, lightweight and economical solution for interconnecting electronic components and circuits. These cables are used in a wide range of applications, including robotic control systems, medical imaging equipment, industrial automation, and home and business automation. Additionally, they are used in automotive, avionic, aerospace, defense, and telecommunications applications.

• FJ-10-R-90.00-2 Cable Type

The FJ-10-R-90.00-2 flat flexible jumper cable is a two-conductor cable. It is a flat, shielded cable with stranded copper wire that is terminated with strain relief ends. It is a double- or single-shielded, thermoplastic insulated cable with a nominal EMI (electromagnetic interference) shielding effectiveness of 90%. This cable is well-suited for use in a wide variety of electrical, electronic, and signal transmission applications.

• Features of FJ-10-R-90.00-2 Cable

This cable has several features that make it an excellent choice for many applications. First, it is lightweight and flexible, which makes it easy to handle. Second, it has an EMI shielding effectiveness of 90%, meaning that it blocks external signals from entering or exiting the cable. Finally, this cable is also resistant to oil, water, and other types of environmental contaminants, allowing it to withstand extreme conditions.

• FJ-10-R-90.00-2 Working Principle

The FJ-10-R-90.00-2 flat flexible jumper cable works on the principle of inductance. It is composed of a conductor with an outer coating. As current passes through the conductor, the outer coating of the wire acts as a barrier, causing the current to be bent in the opposite direction. This bending of the current creates an inductance, which is what allows the cable to transfer electrical signals.

Additionally, the FJ-10-R-90.00-2 cable features a double-shielded design with an outer jacket that is capable of rejecting static and transient signals. This helps to reduce the interference levels that can occur with unshielded cables. Finally, the flat flexible design also helps to dissipate heat more effectively, allowing the cable to be used in higher temperature environments.

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