1300480048

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Circular Cable Assemblies encompass a vast range of applications and systems. The use of circular connections, often called cables, in industry spans mechanical, electrical, and electronic applications. Specifically, 13000480048 cable assemblies have been developed for a variety of applications including power, signal, data, and telecommunication.

In terms of design, there are numerous ways to construct a circular cable assembly. The two most common designs are shells with multiple contact points and connector elbows. The shell design has multiple contact points that include male, female, and locking inserts. The connector elbow design is a common alternative that consists of a single contact point. Additionally, some circular cable assemblies may also feature various waterproofing, strain relief, EMI/RFI protection, and marking options. Of course, each of these designs offers a unique benefit depending on the application.

To properly use a circular cable assembly, it is important to understand the specific terms, properties, and performance features that may be found in the specifications. Definitions like working voltage, insulation resistance, conducing material, and coupling frequency are all important characteristics that determine the functionality of the cable assembly. Additionally, additional factors such as size, shape, weight, temperature ratings, and compatibility with other devices are also considerations when selecting a circular cable assembly.

Circular cable assemblies that use 13000480048 components also possess a range of properties. These include insulation constructions—made of foams, rubber, and hybrids—that provide necessary shock and abrasion protection. Other properties such as insulation reaction, cohesion energy, dielectric property, tensile strength, and flame retardancy are also considerations due to their vital role in ensuring performance.

Finally, the working principle of a 13000480048 circular cable assembly revolves around the use of contact points. The contact point is the interface between the signal/data and the cable body. The contact point is designed to create a low-impedance path for the signals to travel through, thus allowing the transmission of signals and data from one end of the assembly to the other. Ultimately, the design and construction of the assembly must ensure that the contact points remain stable and jitter-free for reliable transmission.

In summary, 13000480048 circular cable assemblies are versatile solutions for a wide range of applications. They offer a range of properties, design features, and performance traits that make them ideal for power, signal, and data transmission. Ultimately, understanding the various features and specifications ensures that the right assembly is selected for the job.

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