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Circular cable assemblies are a special type of cable assembly that allows the end user to replace, re-arrange, and/or extend the length of their current cable. These assemblies range from indoor to outdoor applications. They are widely used in home entertainment systems, computers, communications, etc.

The design of the circular cable assembly involves several steps. The outside cable jacketing is selected and parameters including size, environmental rating, fire resistance, and shielding requirements are specified. The core cable inside the jacketing is then chosen. It is important to select a core cable that will meet the needs of the system. The components that are used to assemble the cable will also be specified: connectors, splices, etc. The cable assembly is then drawn up in a CAD system and the parts for the cable assembly are procured.

The components of the circular cable assembly are connected in a rotary fashion. This position allows for a low profile design, and though some power may be lost at the rotary connection, the circular cable design allows for minimized power loss. This type of design also provides a degree of flexibility in extending or shrinking the length of the cable.

The most important aspect of the circular cable assembly is the reliability of the connections and the tightness of the cable construction. To ensure proper fit, the components must be sized to the gauge of the inside cables, and the connectors must be secured at the termination points with a suitable amount of strain relief. In some applications, the assembly must be waterproof or able to survive harsh environmental conditions. To achieve this, connectors must be designed with tight construction and the cables must be designed to resist the elements, such as ultraviolet radiation or extreme temperatures.

Circular cable assemblies are also used for telecommunications. They are considered more reliable than flat ribbon cables, since they are less susceptible to electromagnetic interference and signal loss. They can be designed to carry a variety of signal types, including digital, analog and video. The cables are often composite in nature, comprising of both metal and plastic components.

The use of circular cable assemblies is growing due to the complexity and variety of applications they can be used for. They are becoming essential components in electronics and telecommunications, and are even being designed for use in high-reliability military applications. As technology advances, so too will the development of the circular cable assembly.

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