6469001-1

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Backplane connectors provide a physical connection between electronic components and are designed to support multiple signal communication paths. Specialized backplane connectors such as the 6469001-1 are designed to maximize both processor performance and data communication speeds. This article will explain the 6469001-1 application field and working principles.

What is 6469001-1?

The 6469001-1 is a type of specialized backplane connector used to route high-speed data between multiple electronic components. The connector offers eight connector positions with eight contact points per position, thus providing a total of 64 data-carrying connections. It is designed for high-speed applications such as rack computing and storage servers, where a high level of performance and reliability is necessary.

Application Field

The 6469001-1 is most commonly used to build mission-critical server systems and communication networks. With its high-speed data transfer capabilities, the connector is often used in telecommunication, computer networking, Aerospace, industrial automation, and medical equipment industries.

Working Principle

The 6469001-1 utilizes a common impedance-unbalanced transmission line. In this configuration, signals travel through two different transmission lines—the one on the left side is referred to as the “main line” while the one on the right side is referred to as the “return line”. When signals enter the main line, they are divided, with some entering the return line and the rest entering the main line. The signals then travel through the respective lines until they reach a port on the opposite side.

The working principle of the 6469001-1 works differently than a traditional backplane connector, which typically uses a single-ended transmission line. In a single-ended configuration, signals travel through a single transmission line, where the signals are transmitted one direction at a time. This type of configuration is not suitable for high-speed applications where data is being passed back and forth between two different components.

The 6469001-1 is designed to reduce signal interference and crosstalk by using a differential signal path. In this configuration, each pair of signal pins has a pair of outputs and two separate return paths. Crosstalk and noise is reduced by the differential signal path, while also ensuring high signal-to-noise ratio.

Conclusion

The 6469001-1 is a specialized backplane connector designed for high-speed data transfers. It utilizes a differential signal path to reduce crosstalk, interference, and noise, while also providing high data transfer rates. The connector is most commonly used in mission-critical server systems and communications networks, as well as other industries such as Aerospace, industrial automation, and medical equipment. With its superior performance and reliability, the 6469001-1 is an ideal solution for a wide variety of applications.

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