Shield Type:	--
Shield Coverage:	--
Shield Material:	--
Conductor Insulation:	Poly-Vinyl Chloride (PVC)
Jacket (Insulation) Thickness:	0.0600" (1.524mm)
Usage:	--
Operating Temperature:	-20°C ~ 60°C
Voltage:	600V
Features:	--
Ratings:	--
Jacket Color:	Gray
Length:	500.0' (152.4m)
Series:	--
Jacket (Insulation) Diameter:	0.955" (24.26mm)
Jacket (Insulation) Material:	Poly-Vinyl Chloride (PVC)
Conductor Material:	Copper, Bare
Conductor Strand:	--
Wire Gauge:	4 AWG
Number of Conductors:	3
Moisture Sensitivity Level (MSL):	--
Cable Type:	Multi-Conductor
Lead Free Status / RoHS Status:	--
Part Status:	Active

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Multiple Conductor Cables

Multiple conductor cables are used for a variety of applications, including electrical power transmission and data transmission. The type of multiple conductor cable that is most commonly used for electrical power transmission and data transmission is 03704.38.10 cable. This type of cable has a variety of advantages over other types of multiple conductor cables. This article will discuss the application field and working principle of the 03704.38.10 cable.03704.38.10 cables are made up of three conductors: a ground conductor, a neutral conductor, and an active conductor. These conductors are protected from damage by an exterior jacket, usually made of rubber or polyethylene. The cables are typically used for applications in which power is transmitted over long distances, such as industrial and commercial buildings or power grids. The cables are also used for short-distance applications, such as home and commercial lighting systems.The main application field of 03704.38.10 cables is the transmission of electrical power. These cables are capable of transmitting large amounts of power because of their three-conductor design. As electrical power is transmitted along the cables, the power is divided among the three conductors. This ensures that the power is evenly distributed and that the maximum amount of power can be transmitted without damage to the cables.The working principle behind the 03704.38.10 cables is based on three fundamental principles: the electrical resistance of the cables, the electrical current rating of the cables, and the impedance of the cables. Electrical resistance is the opposition that an electrical circuit provides to the flow of electrical current. The electrical current rating of the 03704.38.10 cables is the maximum amount of current that can be transmitted through the cables. Impedance is the opposition of a circuit to changes in voltage. All three of these principles are important when it comes to understanding how 03704.38.10 cables work.The electrical resistance of the 03704.38.10 cables is determined by the resistance of the conductors, as well as the insulation that surrounds them. The insulation helps to reduce the electrical resistance of the cables, allowing more power to be transmitted through them. The electrical current rating of the cables is determined by the thickness of the conductors and the insulation. The thicker the conductors and the insulation, the higher the electrical current rating of the cables.Finally, the impedance of the 03704.38.10 cables is determined by the shape and size of the conductors. Different shapes and sizes of conductors will cause the impedance of the cables to differ. The higher the impedance of the cables, the more power can be transmitted through them, due to the increased electrical resistance.In conclusion, 03704.38.10 cables are an efficient and reliable means of transmitting electrical power. They are capable of transmitting large amounts of power safely due to their three-conductor design and strong insulation. The working principle of the 03704.38.10 cables is based on the electrical resistance of the cables, the electrical current rating of the cables, and the impedance of the cables. These principles help to ensure that the maximum amount of power is transmitted safely and efficiently.

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