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Multiple conductors cables are one of the most common cables available, given their wide range of application fields and working principles. These cables should not be confused with multi-conductor wires, as the two are very different.

Multiple conductors cables are electrical cables that consist of several individual wires, some of which are insulated and some of which are bare. These cables are used for power transmission, signal transmission, data transmission, telecom, high voltage, and other specialty applications. The insulation used on the wires is typically a combination of thermoplastics and other materials, such as rubber or PVC.

The working principle of multiple conductors cables is simple. When two or more wires are bundled together, the electrical current is allowed to flow from one wire to another. Depending on the application, the individual wires may be either in series or in parallel. In series, each wire is connected directly to the next one in the sequence, while in parallel, all of the wires are connected to the same point.

One of the most common applications of multiple conductors cables is in power transmission systems. By connecting several conductors in series, it\'s possible to reduce the overall resistance of the system, and thus increase the overall amount of current that can be transmitted. In this way, multiple conductors cables are a better alternative to traditional copper wire for high-voltage applications.

The other main application of multiple conductors cables is signal transmission. By using several individual wires, it\'s possible to transmit high-fidelity digital signals, such as audio or video, without the loss of information that would typically occur with a single wire system. This is achieved by providing different paths for the signal to travel, which prevents any interference from occurring.

Finally, multiple conductors cables can be used for both low- and high-voltage applications. For low-voltage applications, they are typically used for powering small devices, such as phones or laptops. For high-voltage applications, they are often used for industrial systems, such as power transmission lines.

In conclusion, multiple conductors cables are an incredibly versatile and important part of our technology infrastructure. They offer an efficient and reliable way to transmit both power and data, as well as a wide range of applications. This makes them an essential component of any modern system.