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The Amphenol ICC (FCI) part number 10129379-908001BLF is a rectangular connector header designed for through-hole termination. It features a right-angle mounting configuration with eight positions arranged in a single row. The connector utilizes a 0.100-inch (2.54mm) contact spacing to ensure precise alignment and reliable electrical connections. Gold plating on the contacts provides corrosion resistance and stable signal transmission. The maximum operating temperature rating is +105°C, supporting standard industrial thermal environments.
Verify the specific ordering suffix BLF against the manufacturer's current datasheet to confirm material composition and plating specifications. Ensure compatibility with mating pins regarding contact force and insertion depth. Confirm that the right-angle orientation aligns with the mechanical constraints of the target printed circuit board assembly before finalizing procurement orders.
Select this component when a low-profile, right-angle through-hole header is required for eight-pin connections. The 2.54mm pitch is standard for general electronics, ensuring broad availability of mating cables and accessories. Evaluate the +105°C thermal rating against the operational environment to guarantee long-term reliability without deformation or contact degradation during peak usage conditions.
This connector belongs to the broader portfolio of Amphenol ICC (FCI) interconnect solutions, which provide robust connectivity for various electronic applications. The company specializes in high-performance connectors that support signal integrity and power distribution across diverse industries. This specific header exemplifies the standard rectangular connector designs used for reliable, cost-effective interconnection in mass-produced electronic devices.
Direct substitutes must match the 8-position count, 2.54mm pitch, right-angle orientation, and through-hole termination style. Verify that alternative manufacturers offer compatible gold plating and copper alloy contact materials to maintain equivalent electrical performance and mechanical durability in the final assembly.