2-6447164-3

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Flat Flex, ribbon jumper cables are a type of wiring device used for electrical connecting of electronics, telecommunications, and other systems. The 2-6447164-3 flat flex, ribbon jumper cables incorporate some of the latest technology in the field of wiring devices, such as new dielectric designs and multiple conductor configurations. These cables are manufactured with UL certified materials and have become very popular for electrical wiring due to their durability and flexibility.

These cables are available in various lengths and sizes and can be used for a wide range of applications. The most common applications are for electronics, telecommunications, automotive, fire and security systems. These cables are commonly used for industrial, commercial and residential installation, due to their superior construction and long lasting performance. The flexible construction of the 2-6447164-3 flat flex, ribbon jumper cables also ensures that any zigzag, kinked, stretched, or misaligned cables can be readily straightened.

The 2-6447164-3 flat flex, ribbon jumper cables have two major components – the flexible braided conductor and the insulated jacket. The flexible braided conductor contains multiple strands of stainless steel, which are designed to increase the strength and flexibility of the cables. The insulated jacket, on the other hand, provides mechanical protection for the conductor, as well as ensuring electrical insulation. The combination of these two components provides the basis for the superior performance of the 2-6447164-3 flat flex, ribbon jumper cables.

The working principle of the 2-6447164-3 flat flex, ribbon jumper cables lies in the tolerance between the conductor and the insulation. When a sufficient tolerance (or contact clearance) is maintained between the conductor and the insulation, an electrical connection or signal can be provided. This tolerance is known as the maximum tension of the cable’s conductor. The maximum tension determines the amount of electricity that can be transferred between two points, and its value depends on the cross-sectional area of the conductor.

Due to the cross-sectional area of the conductor, the 2-6447164-3 flat flex, ribbon jumper cables can typically handle a maximum tension of up to 60mV. This means that it is able to transfer up to 60mV of electricity from one point to another. This is why these cables are so popular in electronics, telecommunication, automotive and other systems, as this amount of electricity is enough to handle most devices within these fields.

Another advantage of the 2-6447164-3 flat flex, ribbon jumper cables is that they can be used in multiple conductor configurations. This allows them to be used in a wide range of applications, such as for interconnecting circuits in an automated system, connecting different substrates and components for a wide range of tasks, as well as creating complex systems. Whereas traditional jumper cables require multiple conductors and spacers to create a working system, the 2-6447164-3 flat flex, ribbon jumper cables are more efficient and cost-effective in comparison.

Finally, the 2-6447164-3 flat flex, ribbon jumper cables have advanced dielectric designs, which allow the cables to last for a longer duration than cables with traditional dielectric materials. Whereas traditional dielectric materials wear after a few hundred hours of use, the advanced dielectric designs of the 2-6447164-3 flat flex, ribbon jumper cables can manage up to several thousand hours of use.

In conclusion, the 2-6447164-3 flat flex, ribbon jumper cables are a highly efficient, cost-effective, and durable type of wiring device. Their flexible construction and advanced dielectric materials make them ideal for a wide range of applications in electronics, telecommunication, automotive and other systems. Furthermore, the maximum tension of the conductor allows it to be used in multiple conductor configurations, making it one of the most versatile types of jumper cables on the market.

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