KW0400114 YL355

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Circular Cable Assemblies are components designed for transmitting information over short distances. The most typical application of Circular Cable Assemblies is in the telecommunications industry, where they are used for connecting components within a computer network. This article will discuss the YL355 application field and working principle.

The YL355 is a type of Circular Cable Assembly; it is primarily used to connect signal, control, and power cables within a telecommunications system. It features a high reliability metallic connector with gold plating on all contact points, making it ideal for use in closely spaced telecom connections. The shell is made of stainless steel, offering excellent protection from external interference. Additionally, the YL355 is UL-certified, meaning that it meets industry safety and quality standards.

Generally speaking, the YL355 is applicable to various kinds of telecom cables. It can be used with anything from Cat5 cables to coaxial cables. It is also compatible with certain power cables, including AC or DC power cables. Furthermore, the YL355 provides strong protection from EMI and RFI interferences. It is thermally and electrically insulated; hence, it is also suitable for high-temperature applications.

The working principle of the YL355 is relatively simple. It utilizes the principles of Faraday shield, which is a metallic barrier that surrounds and shields the conductive parts of the cable from external electromagnetic fields. The shield protects the cable and its content from various kinds of noise, including EMI and RFI. In this way, the YL355 is able to maintain the data signal intact and unaffected within the cable.

The YL355 Circular Cable Assembly is a reliable and durable component for transmitting signals over short distances. It features a high-reliability metallic connector with gold plating on all contact points, as well as thermally and electrically insulated shell. Its Faraday shield design ensures the protection of data signals from external interference. As such, it is suitable for use in telecom systems, as well as power, control, and signal cables.

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