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The Amphenol ICC (FCI) part number 10136646-03122LF is a right-angle power header connector designed for board-to-board applications. It features a male contact configuration with a total of three positions, utilizing a 4.2mm pitch spacing between terminals. The connector employs copper alloy contacts finished with an 80.0µin (2.03µm) gold plating thickness to ensure reliable conductivity and corrosion resistance. The housing is constructed from Polyamide (PA66), also known as Nylon 6/6, providing structural integrity and thermal stability. This component is intended for surface-mount or through-hole assembly on printed circuit boards.
Verify the specific pin count and pitch requirements against your PCB layout before ordering. Confirm that the right-angle orientation matches your mechanical constraints. Ensure compatibility with mating female connectors regarding contact size and plating specifications. Check for any recent product change notices that might affect material composition or manufacturing location.
Select this component when a low-profile, right-angle power connection is required. The PA66 insulation offers good chemical resistance. The 80µin gold finish is suitable for standard operating environments. Consider the mechanical strength of the nylon housing for vibration-prone applications. Verify that the current rating meets the system's power demands.
This part belongs to the FCI power header series, which provides robust solutions for connecting power and signal lines. FCI, now part of Amphenol ICC, specializes in high-reliability interconnects. This specific model is a basic power header variant, distinct from their high-density or high-speed data connectors. It serves as a fundamental building block for various electronic device architectures.
No direct public substitute part numbers are confirmed for this specific model. When seeking alternatives, ensure the replacement matches the 4.2mm pitch, right-angle form factor, and PA66 insulation material. Verify that the contact plating thickness and material are equivalent to maintain electrical performance.