55A0123-16-4/9

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

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Multiple Conductor Cables

Multiple conductor cables are electronic cables that contain multiple wires and/or conductors. These cables are often used in many applications, such as audio and data transmission, signal processing, instrumentation, and power distribution. The wires and conductors of a multiple conductor cable are typically bundled together and insulated from each other.One example of a multiple conductor cable is a 55A0123-16-4/9 cable. This type of cable has four main conductors, each with nine strands that are 16 AWG in size. This type of cable is commonly used for data transmission, power distribution, and audio applications.The first conductor, or core, is made of copper and coated with an insulating material. The remaining conductors are made from aluminum and also coated with an insulating material to prevent electricity from jumping between the conductors. All four cores are then suspended in a sheath and surrounded by an outer layer of insulation.The most common use of a 55A0123-16-4/9 cable is for power distribution. This type of cable is typically used in installations that require high current, such as factory machinery, large motors, and industrial lighting. The four cores of the cable provide an increased wiring capacity compared to a single conductor cable.Another common application for a 55A0123-16-4/9 cable is for audio applications. The multiple conductors of the cable provide a higher quality sound, as the individual strands are able to transfer signals more efficiently. This type of cable is also used in data transmission applications, such as USB, Ethernet, and fiber optic cables.The working principle of a multiple conductor cable is relatively simple. The individual wires and conductors are connected together and insulated from each other. This ensures that electricity cannot jump between the wires and that each wire is able to carry its own independent signal. The current then flows through each conductor individually, providing the signal or power needed for the application.These cables are available in a variety of sizes and lengths, and are used in many different applications. The 55A0123-16-4/9 cable is just one example of a multiple conductor cable and is widely used in many fields. The excellent electrical properties and versatility of these cables make them a popular choice for many applications.

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