20-036-207

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Rectangular Cable Assemblies

The 20-036-207 application is a category of rectangular cables, also referred to as ‘rectangular cables assemblies\'. This type of cable is used for a variety of applications, but mainly in machine wiring and electrical connections.

Design and Construction

The design of these cable assemblies is quite simple. The cables are actually constructed by combining several individual insulated conductors, or wires, into a single, integrated cable. Unlike round cables, this type of cable is characterized by its angular design. The wires are arranged first by color coding, and then by size. Most cables have a number of these individual wires, arranged together in a parallel pattern.

These cables are typically constructed using polyvinyl chloride (PVC) jackets, which are then molded to form a durable and robust assembly. Additionally, since these cables are typically used for carrying electrical current, a variety of different protective coatings are often applied. This helps to prevent damage to the wires and other components, as well as to ensure reliable data transfer over long distances.

Applications

Rectangular cables are widely used in a variety of different applications. As previously mentioned, they are used in most machine wiring and electrical connections. However, they can also be used for other purposes such as for connecting audio and video equipment. They are also often used in communications systems and in robotics applications.

In terms of the 20-036-207 application specifically, the main purpose for which they are used is the control of low-voltage and medium-voltage power sources. Due to the robust construction and protective coatings, these cables are ideal for controlling the flow of electricity in such scenarios.

Working Principle

The working principle of this type of cable assembly is quite simple. The wires of the assembly are arranged in a parallel pattern in order to maximize the amount of current that can be safely and securely transferred through them. Additionally, most of these cables feature a copper grounding strip, which can be used for additional protection against electrical surges or other forms of power disruption.

The arrangement of the wires also helps to ensure that the data transfer is reliable and consistent, as the impedance of each individual wire is equalized. As a result, it is much easier for the electrical signal to travel along each wire without interruption or degradation.

Conclusion

The 20-036-207 application field and working principle involve the use of rectangular cable assemblies. These cables are constructed by combining several insulated conductors into a single, integrated cable. They are usually covered with protective coatings and are used for a variety of different applications, including machine wiring, electrical connections, audio and video equipment, communications systems, and robotics. The working principle of this type of cable revolves around the arrangement of the wires, which helps to ensure that a secure and reliable transfer of data is possible.

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