FJ-25-D-39.37-4

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Flat Flex & Ribbon Jumper Cables (FJ-25-D-39.37-4) are typically used in electronic equipment for connecting odd or strange shapes with a single wire. Flexible cables are perfect for connection to multiple components in difficult spaces, providing a secure connection without the need for extra assembly. Moreover, they can be easily modified to better fit the needs of the specific application.

In the case of FJ-25-D-39.37-4 cables, they consist of different strands twisted together, each strand coming from a different direction. This twisted-pair structure improves the fatigue resistance of the cable and makes it much stronger and longer-lasting. The cable also features a non-slip construction, which ensures a consistent and reliable connection even after many years of use. The insulation material used around the conductors ensures a good electrical connection between the ends.

The main application field of these cables is in connecting sensors, motors, actuators, and other peripheral equipment to the main microprocessor or controller. The cable is generally used in projects where space is limited and where the flexibility offered by its structure is invaluable. Additionally, it is very handy in situations where the environment can be subject to shock or wear.

As for the working principle, the flat flex cable works thanks to the passing of an electric current through each of the strands forming the cable. This current will be divided across the strands depending on the length and type of conductor used. When a device is connected to the cable, the device will draw some of the current that is being sent, making some of the current — but not all of it — reach its destination.

In conclusion, FJ-25-D-39.37-4 flat flex cables are an excellent choice for connecting a wide range of components in difficult locations. They offer a unique combination of flexibility and longevity, and feature a non-slip construction to ensure a reliable connection at all times. Their main application field lies in connecting peripheral electronics to the main microprocessor or controller, and the cables work thanks to the passing of an electric current through them.

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