FJH-15-D-99.99-4

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Flat Flexible Jumper Cables (FJH-15-D-99.99-4) can be used in any number of applications due to its multiple electrical contacts combined in one cable. These cables provide a secure connection while taking up minimal space. In addition, they are quick to install and the proven design flexibility makes for a quality assembly.

Application Field

Flat Flexible Jumper Cables (FJH-15-D-99.99-4) are widely used in many industries for applications such as transmission of data and power, board-to-board connections, shielding of electrical circuitry, signal continuity, and testing of electrical systems. It can be used in consumer, aviation,medical, industrial, and military engineering applications. This type of cable is also suitable for outdoor applications such as antennas, higher frequency applications, and RF/EMI shielding .

Working Principle

Flat Flexible Jumper Cables (FJH-15-D-99.99-4) consist of a group of flat conductors of approximately 0.1 mm and an insulation layer sandwiched between two parallel conductive layers. The layers on each side of the insulation layer contain the electrical contacts which give the desired electrical properties of the ribbon. The individual wires are arranged in repeated and independent loops which are interlaced with each other. This alternating arrangement of conductors inside the cable increases flexibility and prevents signal crossing. This also ensures that the strands do not touch and conduct in an unwanted manner.

Depending on the application, there are two types of Flat Flexible Jumper Cables (FJH-15-D-99.99-4): Conductive and non-conductive. Conductive cables are designed to carry electrical currents and they are often used in communications and testing applications. Non-conductive cables are used for signal transmission and isolation purposes. All of these cables are also available in variable lengths.

The salient features of Flat Flexible Jumper Cables (FJH-15-D-99.99-4) are its flexibility, ease of installation, excellent electrical performance, and high temperature resistance. It is a reliable and cost effective approach to transmitting a variety of signals and power over short distances. It can also be easily integrated into existing systems or used as a standalone solution. The lightweight design of this cable makes it a good alternative to traditional cables in many applications.

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