In the work we often hear engineers talk about the term "multi-core cable", as a procurement officer I do not know what this cable, on the Internet to check, found that there are many meanings, so I feel more reliable is the following definition of multi-core cable!
Multi-core cable is a cable in which the number of cores is more than the usual number of cores of the kind of cable. This means that a multi-core cable is not necessarily a multi-core cable. For example, if a cable design usually has 12 cores, then a 12 core cable would be standard and not a multi-core cable. However, a 16-conductor cable would be considered a multiconductor cable. The cores in a multiconductor cable are bundled together with a single cable and usually perform different functions; multiconductor cables can include power, data transmission, etc. within a single cable jacket. Often, multiconductor cables are separated at the end, allowing each of these components to be connected wherever they need to be connected to perform their function. Multiconductor cables are versatile and can be used in a wide range of industries and for many different applications. As a result, many multiconductor cables are customized by cable designers.
However, multiconductor cables can also be made from existing cables, even if the cables have different sized conductors, and the cores can be twisted together to form a single cable.
In most cases, multiconductor cables will have a thick cable sheath to protect the cable from damage and eliminate the effects of electromagnetic interference. However, multi-conductor cable designs can actually ignore this sheath to reduce the overall weight of the cable. This choice depends entirely on the type of application the cable will be used for.
Multiconductor cables are versatile and can be used in a variety of applications, especially those that require a large number of cables. Multiconductor cables are typically used for electronic equipment and applications where space is limited, such as aircraft and medical equipment. Multiconductor cables are also widely used in mechanical applications, as well as concert venues and theaters that often use a combination of power and data transmission cables to avoid tangling large amounts of cable on the stage!
These cables are often separated at the end to form a large number of different connections; this design is often referred to as an "eight-legged cable". In short, multiconductor cables can be used anywhere that might benefit from combining data, power, coaxial and signal cores into a single cable!
The above is the introduction of "multi-core cable", I hope it can help you! For more information, please continue to pay attention to XSD Cable. As a high quality cable supplier, XSD has been providing various cables to our old and new customers, please contact us if you need.