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The Amphenol ICC (FCI) part number 10111616-001LF is a standard card edge connector receptacle belonging to the HPCE series. It features a dual female configuration with 74 positions, arranged in a 52 power and 22 signal layout. The component utilizes a press-fit termination method for vertical through-hole mounting on printed circuit boards. Constructed with black insulation and copper alloy contacts finished with gold or GXT™ plating, it ensures reliable electrical performance.
Verify the specific contact finish variant required for your application, as sources indicate availability in both standard gold and GXT™ plating options. Confirm that the press-fit termination style aligns with your PCB manufacturing capabilities and hole specifications. Ensure the 74-position dual female configuration matches your edge card dimensions and pinout requirements before finalizing procurement orders.
Select this component when a high-reliability, vertical card edge solution is needed for demanding environments. The HPCE series offers superior mechanical stability compared to standard connectors. Consider the press-fit installation method if soldering thermal constraints exist. Verify that the mixed power and signal position count meets the specific interface needs of the target electronic assembly.
This connector is part of the extensive portfolio managed by Amphenol ICC (FCI), formerly known as FCI. Following Amphenol's acquisition, the brand integrates advanced electroplating and signal integrity technologies. The HPCE line specifically targets high-performance computing and communication markets, providing robust interconnect solutions for complex electronic systems requiring durable physical connections.
Direct substitutes within the same HPCE family may include variants with different position counts or termination styles. Cross-reference the 10111616-004LF for similar vertical receptacle characteristics, though position and current ratings may differ. Always validate mechanical footprint and electrical specifications against original design requirements before substituting.