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The Amphenol ICC (FCI) part number 10121506-400424CLF is a dual female edgeboard connector designed for high-density applications. It features 68 positions with a contact arrangement supporting both power and signal transmission. The connector utilizes a gold or GXT™ plated copper alloy contact finish to ensure reliable conductivity and corrosion resistance. Constructed with a thermoplastic housing, it provides mechanical stability and electrical insulation. This component is engineered for vertical mounting configurations, offering robust performance in demanding electronic environments.
Verify the specific contact finish variant (gold vs. GXT) required for your application environment. Confirm that the 68-position pitch matches your PCB layout constraints. Ensure compatibility with mating card edge connectors from the same series. Check for any recent product change notices regarding material specifications or packaging updates before finalizing procurement orders.
Select this component when a dual-sided female edge connector with 68 positions is required. Consider the GXT finish option if superior wear resistance and lower contact resistance are critical for frequent mating cycles. Evaluate the board lock feature necessity for vibration-prone applications. Ensure the thermal and electrical ratings align with the system's power and signal integrity requirements.
This connector belongs to the 10121506 series, which represents Amphenol FCI's standard card edge connector line. The series is known for providing reliable interconnect solutions for various commercial and industrial electronics markets. The specific model integrates standard pinout configurations suitable for general-purpose signal and power distribution in compact form factors.
Direct substitutes within the 10121506 series should be evaluated based on position count and contact finish. Verify mechanical dimensions and mounting peg configurations to ensure PCB compatibility. Cross-reference mating card edge connector specifications to confirm interface alignment.