10124028-003LF

Overview

The Amphenol ICC (FCI) part number 10124028-003LF is a dual-edge female connector featuring 74 positions. It utilizes gold plating on the contact surfaces to ensure reliable signal transmission and corrosion resistance. The component is designed for board-to-board or edge-card applications within electronic systems requiring high-density interconnects.

Feature Summary

• Dual-edge female configuration for secure mating with corresponding edge cards
• Gold-plated contacts to enhance conductivity and long-term reliability
• High-density 74-position layout optimized for space-constrained designs

Applications

• High-density electronic system interconnects
• Edge card mounting in industrial equipment
• Server and storage backplane connections

Procurement Notes

Verify the specific pin count and contact material against the official datasheet before ordering. Ensure the mating edge card thickness matches the connector specifications. Confirm that the gold plating requirement aligns with the application's environmental conditions. Check for any RoHS compliance documentation if required by your supply chain standards.

Selection Notes

Select this component when a high-pin-count dual-edge interface is necessary. Consider the mechanical stability provided by the dual-edge design for vibration-prone environments. Evaluate the thermal performance requirements against the connector's rated operating temperature. Ensure the PCB layout accommodates the specific footprint and alignment features of this series.

Part Context

This connector belongs to the HPCE series from Amphenol ICC, known for robust power and signal solutions. The series supports various configurations for different industry needs. This specific model focuses on high-density connectivity with durable materials suitable for demanding operational scenarios.

Replacement Considerations

Check for direct substitutes within the same HPCE series family. Verify compatibility with existing mating connectors and PCB footprints. Ensure electrical ratings and mechanical dimensions match exactly to avoid redesign efforts.