5106773-4

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Backplane connectors, such as the 5106773-4 connector, are essential components in the electronics industry. They provide a secure, reliable, and stable connection between two components on a board. By providing precise high-speed connections, backplane connectors enable a system’s board-to-board communication, which is vital to its data traffic.

The 5106773-4 connector falls into the category of Hard Metric Backplane Connectors, which are recognized by the IEC 1076-4 standard. This standard defines the interface that should be used for Hard Metric connectors, and sets out the criteria for their design. Hard Metric backplane connectors are the most efficient type of backplane connector; they offer high speed connection, low power and low voltage operation, and up to 32mm pitch.

The 5106773-4 connector is one of the best Hard Metric Backplane Connectors available. It is specifically adapted for space-constrained applications like high-density industrial connections, where space is at a premium. This connector offers a total of 152 differential pairs and 360 or 528 single ended signals for a single row application. It is designed to fit in applications with a 30mm or 40mm pitch design. The construction of this connector is designed to reduce signal losses and ensure stable connections.

The 5106773-4 connector is designed to operate efficiently with low power and operates at speeds up to 12 Gbps. It has a contact spacing of 0.8mm, and its contacts have gold plating for greater reliability and durability. In addition, the 5106773-4 is designed to enable a return path for EMI/RFI. This ensures that board-to-board communication is stable and secure.

When used with Hard Metric backplane connectors, the 5106773-4 helps to ensure reliable and stable connections. It conforms to IEC 1076-4 requirements, and its design helps reduce signal losses. This ensures that board-to-board communication is fast and efficient. In addition, its contacts feature gold plating for greater reliability and durability. Finally, the connector helps reduce the risk of EMI/RFI interference, ensuring that communication is maintained.

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