83665 002100

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Introduction

Multiple conductor cables, such as 83665 002100, are extremely important components in the modern world. They are used in a variety of industries, including electrical, automotive, and telecommunications, and are an essential part of any application. 83665 002100 is an example of a multiple conductor cable and in this article, we will take a closer look at its application field and working principle.

Application Field

Multiple conductor cables have a wide range of applications, but 83665 002100 is specifically designed for use in high-voltage, high-precision, and high-temperature environments. This cable is designed to provide the highest level of safety, reliability, and flexibility in all of these settings, making it an ideal choice for applications such as medical, industrial, and commercial. The cable features a flexible design that ensures it can be routed in almost any direction.

In addition to its high-temperature performance, the cable is also resistant to environmental factors like moisture, chemical exposure, and corrosion. This makes it suitable for use in harsh conditions where traditional cables may struggle to survive. It also has a high dielectric strength and is capable of providing excellent levels of attenuation, making it ideal for applications requiring signal transmission over long distances.

83665 002100 is also a great choice for use in electronic systems, as it has a low inductance and capacitance rating. This helps to reduce interference between adjacent wires and allows for high-frequency signals to be transmitted without interference or distortion. Furthermore, the cable is rated for use in a variety of higher voltage applications, including 3-phase 480V and 600V, and is UL/CSA approved.

Working Principle

The working principle of 83665 002100 is quite straightforward. The cable consists of multiple insulated copper conductors that are closely bundled together. This bundling creates a higher degree of electrical resistance than when the individual copper conductors are spaced apart. As a result, electrical current is forced to travel through the individual strands of copper rather than passing through any gaps in the insulation.

The cable also has an outer sheath that helps to further improve its ability to resist moisture, chemical exposure, and corrosion. This sheath also helps to reduce electromagnetic interference (EMI) and improve the cable’s mechanical strength. The cable is made up of multiple layers of insulation that adds to its protection, and its lightweight construction allows for easy movement and installation.

Conclusion

Multiple conductor cables, such as 83665 002100, have become increasingly popular in a variety of industries and applications. The cable is designed to provide excellent performance in high-temperature, high-precision, and high-voltage environments. It is also resistant to environmental factors like moisture, chemical exposure, and corrosion, and has a high dielectric strength. The cable’s low inductance and capacitance rating makes it suitable for use in electronic systems, and its UL/CSA approval makes it an ideal choice for many applications.

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