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The Amphenol ICC (FCI) part number 10122237-320420BLF is a dual-edge female card edge connector designed for high-density interconnect applications. It features 56 positions arranged in a double-row configuration with a standard pitch suitable for rigid PCB integration. The component utilizes gold or GXT™ contact plating to ensure reliable signal transmission and corrosion resistance over repeated mating cycles. Manufactured by Amphenol ICC, this connector supports surface-mount or through-hole termination methods depending on the specific variant requirements within the series.
Verify the exact termination style and mounting orientation against the official datasheet before ordering, as variations exist within the 10122237 series. Confirm that the required contact plating thickness meets your environmental specifications. Ensure compatibility with the target card thickness and edge profile dimensions. Check for any specific RoHS compliance documentation if operating in regulated regions. Cross-reference the full part number suffix to guarantee correct packaging and lead-free status.
Select this connector when a robust, double-sided interface is required for high-speed signal integrity. Consider the mechanical locking feature for applications subject to vibration. Evaluate the thermal operating range against your system's maximum ambient temperatures. Compare the pin count and row configuration against alternative single-row options to optimize board space utilization. Ensure the housing material compatibility with your assembly process temperatures.
This component belongs to the High-Speed IO product line from Amphenol ICC (FCI), formerly FCI. The brand was acquired by Amphenol in 2016, integrating advanced electroplating and signal integrity technologies into its portfolio. This series is widely used in global markets for computing and communication equipment, leveraging over a decade of specialized connector engineering heritage.
Public confirmed substitute part numbers are not available in the provided source data. Verify mechanical footprint and electrical characteristics carefully if considering generic equivalents. Consult Amphenol ICC technical support for validated cross-reference lists for legacy replacements.