10125112-000408CLF

Overview

The Amphenol ICC (FCI) part number 10125112-000408CLF is a dual-edge card edge connector receptacle. It features 12 positions arranged in two rows, with a pitch of 2.54 mm. The connector utilizes gold or GXT™ plated contacts and is designed for through-hole mounting at a right angle. The housing is black, constructed from thermoplastic material rated UL94 V-0. This component supports board guide features for alignment.

Feature Summary

• Dual-edge configuration for secure card insertion
• Through-hole right-angle mounting design
• Gold or GXT contact plating for conductivity
• Board guide integration for precise alignment

Applications

• Industrial control system backplanes
• Telecommunications equipment interconnects
• Consumer electronics motherboard connections

Procurement Notes

Verify the specific contact plating variant, as Gold and GXT options exist within this series. Confirm that the dual-edge receptacle orientation matches the PCB layout requirements. Ensure the through-hole soldering process aligns with the thermal specifications of the thermoplastic housing to prevent damage during assembly.

Selection Notes

Select this component when a dual-edge card interface is required for signal integrity. The 2.54 mm pitch accommodates standard card thicknesses. Consider the right-angle form factor for space-constrained vertical installations. Verify compatibility with the mating card's contact placement and the host board's hole pattern.

Part Context

This connector belongs to the standard card edge receptacle family from Amphenol ICC. It is engineered for reliable electrical connections in high-density applications. The design emphasizes mechanical stability through board guides and robust through-hole termination methods suitable for automated manufacturing processes.

Replacement Considerations

Direct substitutes may include other 12-position dual-edge connectors from the same manufacturer series. Verify identical pitch, row count, and mounting style before substitution. Cross-reference pinout configurations to ensure functional equivalence in the target circuit.