1838391-3

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Circular Cable Assemblies (CCAs) are an important component of the electronic systems industry. The 1838391-3 CCA is one of the most popular cables on the market, due to its durability, versatility, and low power consumption. It is widely used in a variety of applications, including automotive, industrial, audio/video, and computer systems. In this article, we will discuss the application field and working principle of the 1838391-3 CCA.

The 1838391-3 CCA is a rugged cable that can be used in many different industrial, automotive, audio/video, and computer applications. Its main features include resistance to shock, vibration, temperature, chemical, and electromagnetic interference. It is also highly resistant to mechanical wear. These features make this CCA ideal for Industrial Automation and Computer Interface applications, as well as many types of Audio/Video systems.

The 1838391-3 CCA is designed to provide a high level of data signal transmission through its shielded twisted pair (STP) cables. This CCA has a corrosion-resistant, shielded strain relief design. The strain relief helps protect any pins or lugs on the cables from damage by external forces. Additionally, the strain relief design preserves the integrity of the cables, which minimizes audio/video signal transmission distortion.

The working principle of the 1838391-3 CCA is based on the principle of electrical shielding. By creating a shield with the twisted pairs, the CCA isolates the signal from outside interference. The shield also prevents the build-up of static electricity, which reduces electrical noise and distortion. The twisted pairs also provide additional protection from electric shock and reduce the amount of energy required to transmit a signal. The combination of these features provides a highly reliable transmission of data and audio/video signals.

The 1838391-3 CCA is an excellent choice for a wide range of applications. Its features make it ideal for industrial, automotive, computer, and audio/video systems. Its robust design makes it highly reliable in harsh environments, and its shielded design reduces interference with external signals. Its low power consumption ensures efficient energy usage, while its robust strain relief provides protection from mechanical wear. Finally, its twisted pair design ensures a high-quality signal during transmission.

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