FJ-10-D-70.00-2

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Flat Flex, Ribbon Jumper Cables are application specific cables designed for the use of interconnecting boards and backplanes within an electronic system. The FJ-10-D-70.00-2 is a type of Flat Flex, Ribbon Jumper Cable, with specific purpose and working principle.

The FJ-10-D-70.00-2 cable was designed to support a wide range of electrical requirements, from 0.3 up to 20 GHz. This type of cable is used in applications that require low loss and high frequency capability such as RF and microwave systems, and also in applications that require flexibility and high speed transmission such as high speed data systems. Its small size allows it to be used in tight spaces and difficult to access areas. It can also be used in medical, military, aerospace and industrial applications.

The FJ-10-D-70.00-2 flat flex cable consists of flat and flexible impedance matched conductors arranged in a parallel configuration. The cable is designed with specially engineered tracks that enable the high speed transmission of signals. The conductor pairs are carefully matched to maintain their desired impedance, which ensures that the signals transmitted through the cable do not suffer from reflections and that the cable has a low rate of signal loss. The cable has a maximum operating temperature of 70° C.

The working principle of the FJ-10-D-70.00-2 cable is based on the use of differential signaling, which means that there are two conductors (the differential pair) that transmit and receive signals simultaneously. The signals are sent as two equal but opposite current flows – one in each conductor of the pair. This means that any noise or interference is cancelled out because the signals in both conductors are sent in the same direction. Differential signaling also ensures that the signal remains consistent with minimal losses over long distances.

The FJ-10-D-70.00-2 flat flex cable is an ideal cable to use in applications where space is limited and in applications that require high speed transmission. This type of cable is also suitable for use in high-temperature environments where signal integrity must remain intact. Its use can dramatically improve the performance of electronic systems, making them more reliable, efficient and cost-effective.

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