FJ-10-D-07.85-4

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Flat Flex, Ribbon Jumper Cables are primarily used in the low-voltage electrical engineering field for electrical interconnection and routing of signals between printed circuit boards and systems, as they are efficient and reliable for intermittent or continuous flexing operations. One of the most widely used products in this field is the FJ-10-D-07.85-4 product.

The FJ-10-D-07.85-4 is a 4 conductor flat flex ribbon jumper cable with a conductor size of 0.127 to 0.098 mm (1/32 to 1/32 inch). This flat flex cable has a UL style number of 1681 and a 10-pin SMTM terminal with a size of 8.85mm. This product also has a tinned copper stranded shield of 7/32 +/-1/64 and a voltage rating of 300V.

The primary application field of the FJ-10-D-07.85-4 product is the automation control system which mainly consists of electrical and control systems. As automation systems depend on the electrical signals to exchange information among the various components and systems, reliability and efficient data transfer is extremely important. The FJ-10-D-07.85-4 is an ideal product to provide the reliable electrical connection and data transfer as it is highly flexible and behaves resiliently against bending, vibration, and temperature fluctuation.

With respect to its working principle, the FJ-10-D-07.85-4 flat flex ribbon jumper cable helps to interconnect circuits by transmitting electrical signals in the form of current or voltage from one system to another to allow communication and information exchange among the electrical components. This product ensures a reliable connection between various appliances and devices thanks to its flexible and resilient properties. Furthermore, this type of cable also prevents any electromagnetic interference with the signal transfer.

In conclusion, the FJ-10-D-07.85-4 flat flex ribbon jumper cable is a prime choice for automation control systems as it provides reliable electrical connection and data transfer among the various components and systems. The product’s flexible and resilient properties make its ideal for continuous flexing and intermittent operations. Additionally, the product helps to prevent electromagnetic interference with the signal transfer.

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