01302.15.01 Cables, Wires

Multiple conductor cables are an important component of many electrical systems. These cables contain a number of individually insulated and electrically charged wires within one overall outer jacket. They are well suited for applications where a large number of individual electrical signals need to be distributed across a system, as the multiple wires can be utilized to transmit both power and control signals.

The most common forms of multiple conductor cables are the braided, twisted pair, and ribbon cables. Braided cables contain insulated wires that are woven around each other, and this type of design can help reduce noise between different circuits. Twisted pair cables contain two twisted insulated wires assembled together, and this arrangement helps reduce signal interference from adjacent wires. Ribbon cables are multiple flat insulated wires contained in an insulated or uninsulated tape, and this type of cable is excellent for applications that require a large number of signals within one overall enclosure.

Multiple conductor cables can be further categorized based on signals they carry. Different types of signals require different types of wiring configurations in order to work effectively. For instance, some multiple conductor cables are designed specifically to carry analog signals. These types of cables typically have a single pair of twisted wires, and this arrangement helps preserve the integrity of the signals. On the other hand, some multiple conductor cables are designed to carry digital signals. These types of cables usually contain multiple twisted pairs of wires, and this arrangement helps minimize cross-talk between the different signals.

In addition to the type of signal carried, the application field and working principle of multiple conductor cables can also be divided into two categories: power and control. Power cables are used to distribute electricity from a source to an electrical device. Control cables are used to transmit control signals, such as audio, video, and digital data, from a computer to connected devices. Both types of cables use a number of different conductor designs and material selections to meet the needs of the application.

At the most basic level, multiple conductor cables contain multiple insulated wires. As previously mentioned, different types of cables are used depending on the type of signals they carry. In order to work correctly, each wire must be insulated and electrically charged. Once this is done, the cables can be connected to the desired application. Depending on the application, the cables may then be routed through connectors, transformers, and power supplies to ensure the signal integrity of the system.

In conclusion, multiple conductor cables are essential components of many modern electrical systems. They provide an easy way to distribute multiple electrical signals across a system, and can be tailored for both power and control applications. Different types of cables are designed for different types of signals, and each type requires proper insulation and a proper conductor design in order to work correctly.