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The Amphenol ICC (FCI) part number 10126619-000844FLF is a dual-sided card edge connector designed for through-hole mounting. It features a female contact configuration with a total of 52 positions arranged in two rows. The connector utilizes gold plating on the contacts to ensure reliable signal transmission and durability. It is engineered to mate with standard double-sided circuit boards, providing a secure mechanical and electrical interface for high-density applications requiring robust connectivity.
Verify the specific suffix 'FLF' confirms lead-free status and RoHS compliance when sourcing. Ensure the ordering quantity matches the manufacturer's standard packaging requirements to avoid handling variations. Confirm that the receiving facility has the appropriate tooling for through-hole assembly processes compatible with this connector's pin count and spacing specifications.
Select this component when a dual-sided card edge interface is required for double-sided PCBs. The 52-position count supports moderate density interconnect needs. Verify that the target application can accommodate the through-hole mounting footprint and that the mating board thickness aligns with the connector's mechanical tolerances for proper insertion force and retention.
This component belongs to the Amphenol ICC (FCI) card edge connector portfolio, which focuses on signal integrity and power management solutions. The series supports various commercial and industrial markets by offering standardized form factors. As part of the broader FCI lineage acquired by Amphenol, it maintains compatibility with established industry mounting standards while incorporating modern material technologies for enhanced performance.
Direct substitutes must match the 52-position dual-sided female configuration and through-hole termination style. Verify identical pin spacing and overall dimensions to ensure board layout compatibility. Cross-reference with other Amphenol ICC series if available, ensuring that any alternative maintains the same gold plating specification and mechanical retention characteristics for equivalent reliability.