C5084.30.01

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Multiple Conductor Cables form the backbone of any communication system. C5084.30.01 is a one of such cables, used primarily in aerospace and military applications. The working of this cable is quite simple, and its application field is quite wide.

Basic Structure of the Cable

The C5084.30.01 cable is made up of 27 single-conductor assemblies of tinned copper, in addition to an overall outer jacket. The conductor assembly of the cable includes a concentric stranded bundle of annealed copper wire, a stranded tin-plated copper braid, and one or two pairs of annealed tinned copper wires for overall shielding. The internal components come in a variety of insulation materials, such as paper, polyester, braid, and Kapton, offering flexibility in the design.

Application Areas

The primary application field of the C5084.30.01 cable is in aerospace and military applications. Its wide shielding range provides excellent protection against aggressive electronic noise, and its high signal integrity makes it suitable for applications where high reliability is essential. The cable is also ideal for data transmission, broadcast applications, digital audio transmission, instrumentation communications, and high-voltage power applications. The C5084.30.01 is also designed to be resistant to toxins, radiation, and hostile weather environments.

Working Principle

The primary working principle of the C5084.30.01 cable is based on the combination of its single conductor assemblies and overall outer jacket. The conductors form the conductive part of the cable, and the outer jacket acts as a physical barrier to protect the conductors from interfering signals. The primary objective of the design is to provide a consistent electrical path, eliminating any electrical leakage between the conductors and the outer jacket. The shielding of each conductor assembly also helps in reducing signal interference and ensuring reliable data transmission.

The concentric stranded bundle of wire also provides excellent insulation and strain relief for data transmission and broadcast applications. The cable’s construction and flexible insulation materials mean that it is able to handle higher voltages and currents than most traditional cables, making it suitable for a wide range of applications including navigation systems, secure wireless networks, and data transmission.

Conclusion

The C5084.30.01 cable is an ideal choice for a variety of aerospace and military applications due to its effective shielding, flexibility, and resistance to toxins, radiation, and hostile environments. Its combination of single conductor assemblies and overall jacket allows for efficient data transmission, while its sturdy construction provides reliability and protection. The cable is also highly suited for power applications, as it is capable of handling higher voltages and currents than traditional cables. With its wide range of applications and excellent working principle, the C5084.30.01 is one of the best options for multiple conductor cables.

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