H7WXH-1510G

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The H7WXH-1510G is an impressive example of a D-Sub cable. It features a 9-pin male connector on the transmitting side, a 15-pin female connector on the receiving side, and a length of 10 meters. It’s ideal for professional A/V, Serial, and Computer networking applications.

The three main types of D-Sub cables are the two-row, three-row, and four-row varieties. Each type is intended for a specific application, and the number of pins located on a cable will dictate the type. In the case of the H7WXH-1510G, it belongs to the three-row category, meaning it is designed for applications involving the transmission of data across multiple wires.

In terms of performance, the H7WXH-1510G cable is made from durable copper that is triple shielded to ensure maximum signal integrity. The connectors are made of corrosion-resistant metal and include strain relief collars for added durability. The cable is also UL Listed and RoHS Compliant to ensure compliance with safety and environmental standards.

The H7WXH-1510G is ideal for applications in the professional A/V, Serial, and Computer networking fields. It is designed to provide a secure and reliable connection between devices for the purpose of transferring data, video, audio, or any other type of signal. It is specifically designed to handle higher frequency signals and is an excellent choice for applications involving high bandwidths.

In terms of working principle, the H7WXH-1510G cable is designed to transmit signals in a serial format, meaning the data is sent through the cable one bit at a time. Serial cables are typically used for applications that require high-speed data transmission, such as transferring large amounts of data from one device to another.

The H7WXH-1510G is a great example of a D-Sub cable, offering an impressive combination of quality and performance at an affordable price. Its heavy-duty construction and high-speed signal transfer capabilities make it an ideal choice for a variety of professional A/V, Serial, and Computer networking applications.

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