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The Amphenol ICC (FCI) 10120871-003LF is a dual-sided female card edge connector designed for vertical board-to-board mounting. It features 60 positions with a standard contact configuration suitable for general signal and power distribution in electronic assemblies. The component utilizes a through-hole termination method to ensure secure attachment to the printed circuit board. Constructed with copper alloy contacts, it provides reliable electrical conductivity. The housing is made from thermoplastic material, offering structural integrity and insulation properties required for stable operation within defined thermal limits.
Verify the specific pin count and contact arrangement against the official datasheet before procurement. Confirm that the target application requires a dual-sided female connector rather than a single-sided or male variant. Ensure the manufacturing source is authorized to guarantee component authenticity and traceability. Check for any specific handling requirements related to the thermoplastic housing material during storage and assembly processes.
Select this component when a vertical, dual-sided female interface is required for high-density connections. Consider the through-hole mounting style if superior mechanical strength is needed compared to surface mount alternatives. Evaluate the operating temperature range and insulation resistance to ensure compatibility with the environmental conditions of the intended electronic assembly.
This connector belongs to the HPCE series by Amphenol ICC (FCI), a manufacturer known for high-performance interconnect solutions. The HPCE line focuses on providing reliable connectivity for demanding applications. As part of this series, the 10120871-003LF represents a standard configuration within the broader portfolio of card edge connectors offered by the company.
Direct substitutes must match the 60-position dual-sided female specification and vertical through-hole mounting style. Verify that alternative components maintain identical pin spacing and housing dimensions to ensure physical compatibility. Cross-reference the contact material and plating specifications to guarantee equivalent electrical performance and corrosion resistance.