55A1852-20-MSL5-9CS2199

Series:	*
Part Status:	Active
Lead Free Status / RoHS Status:	--
Moisture Sensitivity Level (MSL):	--

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Multiple Conductor Cables

Multi-conductor cables, such as 55A1852-20-MSL5-9CS2199, are designed for use in many types of applications that require the carrying of multiple electrical signals. They use multiple inner conductors, insulated from each other and then held together in a common outer jacket. This helps make the wiring and connections easier while preventing the inner wires from coming into contact with each other.

Uses

Multi-conductor cables can be used in a variety of applications where the send and receive of multiple signals is necessary. This includes telecommunication, industrial, medical, and audio/video applications. In a telecommunications system, for example, multi-conductor cables are used to provide wire-pair connections for transmitting voice and data. This type of cable can also be used to connect components in an audio/video system, such as television sets, projectors, and amplifiers.

Types of Multi-Conductor Cables

Multi-conductor cables come in a variety of jacket types, such as PVC (polyvinyl chloride), plenum, and direct burial. PVC is the most common and relatively inexpensive, but also has limited temperature resistance as compared to other jacket types. Plenum is more fire-resistant and can be used in plenum spaces, while direct burial cables are suitable for outdoor use.

Wire Pairs

One of the common forms of multi-conductor cable is wire pairs cable. This cable consists of two insulated conductors twisted together in groups of two or more to produce a form of cable that is more resistant to electrical interference, tension, and heat. Wire pairs cables come in various gauges, lengths, configurations, and jacket materials.

Vacuum Jacketed Multipole Cable

Another type of multi-conductor cable is the vacuum jacketed multipole cable. This type of cable is designed for high-temperature applications and uses a vacuum-tight jacket to provide insulation and flexibility. It is also designed with an inner conductor that is made of an alloy of copper and nickel, and has added protection from water and moisture. This type of cable is especially useful in harsh environments.

Other Uses

Multi-conductor cables are also used in industrial automation and control applications, where the use of multiple conductors can help simplify and reduce wiring. They are common in control panels, conveyor belts, robotic systems, and other automated machinery. This type of cable can also be used in motion control systems, where they can provide reliable communication between components.

Working Principle

Multi-conductor cables are designed to minimize crosstalk, which is the transfer of electrical signals between adjacent wires in the bundle. The physical design of the cable helps reduce crosstalk by maintaining physical separation between the wires. The spacing and configuration of the wires also help reduce the amount of electromagnetic interference that can be induced onto the conductors.

Conclusion

Multi-conductor cables are an integral part of many types of systems, from telecommunications to industrial automation. Their purpose is to allow the reliable transmission of multiple electrical signals, while keeping them insulated from each other. The physical design of the cable is important in ensuring that the signals are kept separate, and different jacket types provide different levels of protection. By using the proper type of cable for the application, reliable and safe connections can be made.

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