83000 001100

Series:	MIL-W-16878/4
Part Status:	Active
Cable Type:	Hook-Up
Wire Gauge:	30 AWG
Conductor Strand:	7/38
Conductor Material:	Copper, Silver Coated
Jacket (Insulation) Material:	Tetrafluoroethylene (TFE)
Jacket (Insulation) Diameter:	0.032" (0.81mm)
Jacket (Insulation) Thickness:	0.010" (0.25mm)
Length:	100.0' (30.5m)
Voltage:	600V
Operating Temperature:	--
Jacket Color:	Brown
Ratings:	UL Style 1213
Features:	--

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Single Conductor Cables (Hook-Up Wire) have become increasingly popular in the electronics industry due to their ability to quickly and efficiently transmit data from one component to another. The 83000 001100 application field and working principle encompasses a variety of different cable types, each with their own advantages and disadvantages.Solid single conductor cables are the most common type of hook-up wire due to their flexibility and low cost. Solid core wires are generally made from a variety of materials such as copper, aluminum, and tinned copper. The most popular solid core conductors for single conductor applications are copper and aluminum. Copper is preferred due to its higher conductivity, while aluminum is preferred for its weight and affordability. While aluminum is also a good conductor, it is often avoided due to its high susceptibility to corrosion. Flexible single conductor cables are commonly used in high frequency applications, as their flexible nature allows them to bend around tight corners without breaking or shorting out. Flexible core wires are usually constructed from copper or aluminum strands covered with an insulation material such as PVC or rubber. The advantage of flexible core wires is their flexibility, however they tend to be slightly more expensive than solid core wires.Stranded Torque Control Cables are a specialized type of single conductor cable designed for applications with high speed rotating equipment such as motors and encoders. These cables are usually made of multiple fine gauge copper strands twisted together to provide resistance against torque forces. The distinct feature of stranded torque control cables is their ability to absorb a certain amount of torque without breaking, allowing them to reliably transfer power without causing damage to the system.Cables designed for high voltage applications also typically use a single conductor wire with added insulation and protection. High voltage cables are usually constructed from a variety of materials including copper, aluminum, and stainless steel. These cables are generally much thicker than standard single conductor cables, allowing them to handle the high voltages associated with long-distance power distribution. In addition, there are a number of specialty cables available for single conductor applications such as shielded single conductor cables and data cables. Shielded cables utilize an additional outer sheath of metal or polymer to isolate the signal from outside interference, while data cables are designed to better transfer digital data and signals.No matter what type of single conductor cable is used, the basic principles of electricity still apply. In a single conductor cable, electrons flow from the negative terminal to the positive terminal, and the flow of electrons is what creates an electrical current. In order to create an effective single conductor application, the cable must have an adequate gauge and insulation, and must be securely connected to each component in the system. While single conductor cables have many benefits, it is important to keep in mind that they are limited by their physical size and electrical properties. In some cases, multiple single conductor cables may need to be used in order to meet the requirements of a particular application. It is also important to select the proper type of cable for a given application, as different types of single conductor cables may be better suited to different uses. Overall, single conductor cables are a versatile and affordable option for powering and connecting devices in a wide variety of electronic applications. By understanding the different types of cables available and how each one works, engineers can more easily select the right cable for any given application.

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