51762-10401600AALF

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Backplane Connectors - Specialized

The 51762-10401600AALF is a specialized backplane connector. It is designed for use in high-speed networking and computing systems, delivering high-bandwidth performance. It is a fully molded, high-density, high-speed connector that provides electrical and mechanical connection between backplane boards in a single housing.

The connector works by utilizing a two-part system that employs a dielectric insulator and contact system. The two parts are connected via ribbon cables that pass through the dielectric insulator. This arrangement ensures a secure mechanical and electrical connection between the boards.

The electrical signals are routed through the contact system and the electrical connections are customizable to fit specific requirements. The contact system is capable of supporting high data transfer rates, allowing the connector to be used in extensive networking applications.

The unique design of the connector allows for low signal-loss through its dual-ended contact system which reduces crosstalk and makes it an ideal solution for high speed networks. The connector system also has an extended operating temperature range making it suitable for applications in challenging environmental conditions.

The 51762-10401600AALF connector is RoHS compliant and can be used in industrial, medical, and military applications. It is available in multiple configurations, including a right-angle version, to meet the specific requirements of each application. The connector is also available with advanced termination technology, helping to reduce wire-initiate contact resistance.

The 51762-10401600AALF connector is designed to provide high-speed, reliable electrical connection between backplane boards in network, computing, and communication systems. The unique two-part contact system ensures a secure mechanical and electrical connection, while the advanced termination technology helps reduce contact resistance. It is highly suitable for applications in challenging environmental conditions.

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