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The Amphenol ICC (FCI) part number 10120850-004LF is a dual-edge female card edge connector from the HPCE® series. It features 68 positions arranged in two rows of 18 contacts, designed for through-hole mounting. The connector utilizes copper alloy contacts with gold or GXT™ plating to ensure reliable signal transmission. It is specified for non-specified dual-edge cards with a thickness of 0.062 inches (1.57mm). The housing is constructed from black thermoplastic material, providing structural integrity and compliance with UL94 V-0 flammability ratings.
Verify the specific ordering suffix against the manufacturer's current datasheet to confirm contact finish variations and packaging options. Ensure that the procurement documentation explicitly references the HPCE® series specifications to guarantee compatibility with dual-edge card requirements. Cross-check the pin count and row configuration against design schematics prior to finalizing purchase orders.
Select this component when a dual-edge female interface is required for high-density applications within the HPCE® ecosystem. Confirm that the mating card thickness aligns with the 0.062-inch specification. Evaluate the thermal operating range and flammability rating against environmental constraints. Ensure that the through-hole mounting style matches the PCB fabrication capabilities and mechanical stress requirements of the assembly.
This connector belongs to the HPCE® series by Amphenol ICC (FCI), a line dedicated to high-speed and high-power interconnect solutions. The series is engineered to support demanding data rates and power delivery in compact form factors. The 10120850-004LF variant specifically addresses dual-edge card applications, offering robust mechanical retention and electrical performance suitable for critical infrastructure and computing environments.
Consult official substitution guides for compatible HPCE® series variants with matching pin counts and dual-edge configurations. Verify that alternative parts maintain identical contact finishes and mounting styles to ensure seamless integration without redesigning the PCB footprint.