85697-106LF

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Backplane connectors are specialized devices designed to mechanically link two electronic systems together and ensure a reliable electrical connection between them. The 85697-106LF backplane connector is a specialized application, providing improved signal integrity for small board-to-board connections in fast and demanding applications.

The 85697-106LF backplane connector consists of an integrated system called a “socket strip”, which features an improved signal integrity performance due to its reduced contact resistance in comparison to standard sockets. The socket strip contains multiple “pins” that are soldered to the board and serve to create a physical connection between the boards. The socket strip also serves to reduce the electrical contact resistance between the boards. The socket strip is surrounded by two metal casing plates, which provide additional shield protection for the connector.

When powered, the 85697-106LF backplane connector utilizes a principle commonly referred to as “Homogenous Connection”. This means that all of the pins in the socket strip form a single connection between the boards, allowing for improved signal quality and reduced contact resistance. In addition, the metal casing plates provide additional shielding for the connection, helping to ensure that interference from external sources does not affect the signal.

The 85697-106LF backplane connector is specifically designed for high-speed, low-profile board-to-board applications. The socket strip is low-profile with a small footprint, allowing it to be used in tight environments without compromising signal integrity. The improved signal performance of this connector ensures that it performs reliably in the most demanding applications.

The 85697-106LF backplane connector provides a reliable electrical connection between two applications with minimal influence from external sources. The low-profile design and improved signal performance of this connector make it an ideal choice for high-performance applications where signal integrity and reliability are critical.

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