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The Amphenol ICC (FCI) 10121510-080820ELF is a standard card edge connector from the Power Edge series. It features a dual-edge female configuration with 36 positions, comprising 20 signal and 16 power contacts. The connector utilizes a 1.27 mm pitch for signal lines and a 2.54 mm pitch for power lines. Constructed with a polyamide (PA) housing and copper alloy contacts gold-plated for conductivity, it supports a current rating of 9 A. Designed for straight mounting via pegs, it operates within a temperature range of -55°C to +105°C and offers an insulation resistance of 5 Gohms.
Verify that the ordering suffix ELF confirms lead-free compliance and halogen-free status as per RoHS standards. Confirm the specific contact plating thickness requirements align with application durability needs. Ensure the mounting style matches the mechanical constraints of the target PCB assembly. Cross-reference the 36-position count against schematic designs to prevent pinout mismatches during integration.
Select this component when a dual-edge solution is required to consolidate signal and power paths on a single interface. The mixed pitch capability allows for optimized trace routing density without sacrificing power handling capacity. Consider the 9 A current rating for power line adequacy in high-load scenarios. The straight mounting orientation dictates the vertical alignment relative to the mating edge card.
This part belongs to the Power Edge series by Amphenol ICC (FCI), formerly FCI. The series specializes in high-performance card edge connectors designed for demanding industrial and commercial applications. Amphenol acquired FCI in 2016, integrating its extensive portfolio into the Amphenol ICC division to enhance signal integrity and power management solutions globally.
Publicly confirmed substitute part numbers are not available in the provided documentation. Verify compatibility with existing mating cards before attempting substitution. Consult official Amphenol ICC catalogs for potential next-generation replacements if this specific model becomes obsolete.