FJ-05-R-25.00-2

Flat Flex, Ribbon Jumper Cables-FJ-05-R-25.00-2 Application Field and Working Principle

Flat Flex, Ribbon or Jumper Cables (FJ-05-R-25.00-2) are slotted, rectangular wire cables or assemblies used in electrical or electronic circuits. Basically, the FJ-05-R-25.00-2 has two distinct parts: the core and the outer conductor. The core is composed of several insulated wire conductors, whereas the outer conductor is a sheet of metal, usually aluminum or copper. The core is usually insulated by a thermoplastic polymer, which helps reduce the electrical conductivity, and to improve mechanical and electrical performance.

The FJ-05-R-25.00-2’s main application field is in electrical or electronic circuits. It’s most commonly used in industrial control wiring, signal and control wiring, printed circuit boards, wiring harnesses, and in telecommunications. The FJ-05-R-25.00-2 is typically employed in applications where cost is important, as it less expensive than traditional round wire cables. Also, the Flat Flex type of jumper cable has a number of advantages over round wire cables, such as flexibility, a low profile, a high-speed data transmission capability, and a low impedance.

The working principle of the FJ-05-R-25.00-2 is based on the principle of electromagnetic induction. Basically, when an electric current passes through the metal core of the Flat Flex cable, it produces an electromagnetic field that surrounds the core. The electromagnetic field then induces electricity into the surrounding environment, which enables the electrical contacts to pass current through. Furthermore, the core-to-outer conductor ratio ensures that the current passes through the intended circuit without any interference.

The FJ-05-R-25.00-2 is an ideal choice for a variety of electrical or electronic applications. Its flexible design, low cost and efficient working principle make them perfect for use in wireless applications, robotics applications, or even in building automation systems. These Flat Flex cables are also designed to withstand the stresses and extreme temperatures associated with industrial environments and thus are very reliable and durable.