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The Oupiin 2011-1X05TSD025B is a single-row male pin header connector designed for through-hole PCB mounting. It features five positions with a standard 0.100-inch (2.54mm) pitch, ensuring compatibility with industry-standard spacing requirements. The component utilizes square pins and includes an end connection pin length of 3mm to facilitate secure board attachment. This header is part of the broader 2011 series, which supports various configurations including right-angle and straight orientations across different pin counts.
Verify that the specific suffix TSD025B corresponds to the required single-row, five-position configuration with the specified 3mm pin length. Confirm that the housing material and contact plating meet the environmental and electrical requirements of the target application. Ensure the through-hole footprint on the printed circuit board matches the 2.54mm pitch dimensions precisely to avoid assembly defects.
Select this component when a low-profile, single-row interconnection is required for standard 2.54mm spaced circuits. Consider the 3mm contact length for appropriate board thickness and mating height constraints. Evaluate if the single-row format suffices for the pin count needs, as multi-row alternatives exist within the same series for higher density requirements.
This connector belongs to the Oupiin 2011 series, a family of rectangular headers available in various row counts, pitches, and orientations. The series offers flexibility through options such as right-angle designs, surface mount variants, and different insulator heights. The 2011 series is engineered to provide reliable connectivity solutions for diverse electronic applications requiring standardized spacing.
Compatible substitutes include other manufacturers' single-row 5-pin headers with 2.54mm pitch and through-hole termination. Ensure equivalent current ratings and operating temperature ranges are maintained. Verify mechanical dimensions, particularly pin length and housing height, to guarantee proper fit within the existing enclosure or assembly constraints.