FJ-20-R-13.50-4

Series:	*
Part Status:	Active
Lead Free Status / RoHS Status:	--

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FJ-20-R-13.50-4 Application Field and Working Principle Flat Flex Ribbon Jumper Cables, commonly referred to as FJ cables, are flexible, insulated conductors designed for use in a variety of applications. Their flexibility allows them to be used in a variety of applications such as interconnection of equipment, short-hop data transmission among computers, and connection of stacked busbars for power distribution.Unlike other cable products, which have rigid and unwieldy wire bundles, FJ cables are compressed into a flat ribbon form. The flexible ribbon form allows for easy maneuvering and installation in tight spaces. The flat configuration reduces cable weight, increases cable flexibility, and is convenient to install.The FJ-20-R-13.50-4 Cable is specifically designed with four individually shielded pairs. This type of cable has a four-pin configuration, with two pins to form the two insulated conductors and two pins to form the two grounding pins. The cable has a standard 22 AWG size and is rated for 1000 volts, making it ideal for high-voltage applications. The unique shielding configuration of the FJ-20-R-13.50-4 allows for superior electromagnetic interference (EMI) Protection. The four individually shielded pairs provide powerful EMI protection against electromagnetic fields generated from different sources.The working principle of the FJ-20-R-13.50-4 cable is based on the principles of electrical shielding and signal conduction. The cables are a unique type of cable design, and utilize magnetic shielding and conductive shielding in order to protect signals from EMI, and increase signal integrity.The FJ-20-R-13.50-4 cables are designed to be used in a variety of applications, ranging from industrial automation, to automotive and aerospace applications. The flexible flat ribbon configuration of the cables makes them ideal for use in cramped applications, providing ease of installation, improved cabling efficiency, and better performance than other traditional cable forms. The unique shielding design also allows for improved EMI protection in EMI sensitive applications.

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