FJ-25-R-02.25-4

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Flat flex, ribbon jumper cables, often abbreviated as FJ, are a set of flexible cables designed to provide reliable connectivity between a variety of electronic components. They can often be found in computers, consumer electronics, and telecommunications, and have the unique ability to fit in tight spaces and conform to tight bends. The FJ-25-R-02.25-4 cable is an example of this kind of cable used in specific applications.

The FJ-25-R-02.25-4 is made up of multiple tinned- copper conductors along with an expandable polymer substrate. It has a nominal diameter of 2.25 millimeters, with a length of up to 10 meters. This cable has a nominal impedance of 25 ohms and a maximum frequency of up to 500 MHz. It also has a continuous operating temperature range of -40 degrees Celsius to 85 degrees Celsius and an UL/CSA F-2 rating.

The FJ-25-R-02.25-4 has a number of applications in the consumer electronics and telecommunications industries. It is often used as a signal cable in wireless applications, due to its electrical and mechanical properties. It is also used in digital audio signals and for data transmission. Additionally, it is a popular choice for laptop and notebook computers due to its strength and flexibility. It is also used in telecommunications, especially for high-performance applications such as backplane, board-to-board applications.

The working principle behind the FJ-25-R-02.25-4 is quite simple. The cable is made up of copper wires and an expandable polymer substrate, which are arranged in such a way as to ensure an even distribution of current throughout the cable. The electrical properties of the cable are further enhanced by a dielectric layer, which provides an insulating layer between the conductors and the substrate. This allows the current to flow uniformly through the cable while minimizing any electrical losses.

The FJ-25-R-02.25-4 is designed to provide reliable and robust connectivity for a variety of applications. Its flexible nature makes it well-suited for tight spaces and tight bends, making it a popular choice for small form-factor devices. It is also resistant to temperature variations and has a UL/CSA F-2 rating, making it a safe and reliable choice for many types of applications. Lastly, its impedance level of 25 ohms and frequency range of up to 500 MHz make it suitable for high-performance applications in the telecommunications and consumer electronics sectors.

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