FJ-10-D-63.50-4

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Flat Flex, Ribbon Jumper Cables are widely used in numerous fields, from industrial to medical applications. This paper will focus on the application field and working principle of FJ-10-D-63.50-4, which is a flat, ribbon-style cables.

FJ-10-D-63.50-4 is a type of flat ribbon cables that has many uses, such as for connecting data lines, controlling power components and wiring circuit boards. This type of flat, ribbon-style cables is designed with a thin flexible metal core and a thick outside layer of insulation, which offers superior protection against external shocks, abrasion and temperature variations. The ribbon cables also have a unique clamping jaw that secures the cable securely on the device, preventing any loose ends from becoming exposed.

The FJ-10-D-63.50-4 ribbon cables are highly cost-effective and come in a variety of colors, sizes and lengths. These cables can be used in various industries, including medical, automation, robotics and aerospace. In addition, these flat ribbon cables are ideal for making precision connections, especially in applications where space is limited.

When it comes to the working principle of FJ-10-D-63.50-4 ribbon cables, a special electrical feature allows the cable to self-regulate its current draw, thus preventing any damage due to uncontrolled surges of current. The insulated ribbon conductor is then soldered and tightly held in place using a soldering process. Finally, the entire cable is tested rigorously and certified to UL standards before being released to the market.

In conclusion, FJ-10-D-63.50-4 is a flexible and cost-effective type of flat ribbon cable that is widely used in various industrial, medical, and scientific applications. The cables are designed with a thin flexible metal core and a thick outer layer of insulation that ensures protection against shocks, abrasion, and temperature fluctuations. In addition, the FJ-10-D-63.50-4 cables have a self-regulating current draw, making them very reliable and safe for use in precision applications.

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