NUR5C04BU-UY Cables, Wires

Shield Type:	--
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Conductor Insulation:	--
Jacket (Insulation) Thickness:	--
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Jacket Color:	--
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Jacket (Insulation) Diameter:	--
Jacket (Insulation) Material:	--
Conductor Material:	--
Conductor Strand:	--
Wire Gauge:	--
Number of Conductors:	--
Cable Type:	--
Lead Free Status / RoHS Status:	--
Part Status:	Obsolete

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Multiple Conductor Cables: NUR5C04BU-UY Application Field and Working Principle

Multiple conductor cables are found in numerous close-fitting multipolar applications, such as correct that can be used for in long lengths. The most common application field using the NUR5C04BU-UY multiple conductor cable is communication systems, power transmission, and data transmission.The NUR5C04BU-UY multiple conductor cable is intended for entirely closed environment applications in a temperature range of -60°C to +200°C. It contains 4 cores. This type of cable has both electrical insulation and shielding. Its strands may be in a PVC, FEP, LSZH (Low Smoke, Zero Halogen), or XLE (Extra Low Emission) jacketing. The NUR5C04BU-UY multiple conductor cable is suitable for different kinds of environments, including areas with hazardous electromagnetic interferences. The various shields used in this cable vary in terms of their EMF characteristics, shielding effectiveness, and their ability to absorb physical, chemical, and thermal oxidation. The different layers present in the NUR5C04BU-UY multiple conductor cable ensure considerably low attenuation of the signals transmitted. In turn, this improves the signal integrity and identify and/or isolate the cables from surrounding equipments, helping reduce the effect of interference from other cables.The working principle of a multiple conductor cable relies on the principle of multiple conductors of the same material passing through the same space, Therefore, their net effect is electrical, magnetic, and electromagnetic. The electrical conductors within the cable are frequently inert or designed to minimize signal interference. However, if the insulation properties of the cable are inadequate, energy can be transmitted or absorbed during transmission. When the conductors are arranged in a well-defined pattern, called a Ladder layout, this reduces crosstalk, attenuation, and electrical interference that may occur from disturbances. The NUR5C04BU-UY multiple conductor cables can also be used to design a Longitudinal Balance, which is an arrangement of multiple conductors that help reduce and attenuate the electrical and magnetic interference through the multiple conductor cables. This helps improve the signal integrity and accuracy in communication, power transmission, and/or data transmission. Additionally, depending on the conducting properties, the NUR5C04BU-UY multiple conductor cables can be effectively used in highly demanding environments and setups, such as in-line processes, power transfer systems, and train locomotives.In conclusion, the NUR5C04BU-UY multiple conductor cable is suitable for numerous close-fitting multipolar applications such as communication systems, power transmission, and data transmission. This type of cable contains 4 cores, and has both electrical insulation and shielding, making it suitable for different kinds of environments. The multiple conductor cables rely on the principle of multiple conductors of the same material passing through the same space. The conductors within the cable are typically inert or designed to minimize signal interference. The NUR5C04BU-UY cables can also be effectively used in highly demanding environments and setups.

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