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The Oupiin 2011-1X08TSB is a rectangular board connector header featuring eight male pins arranged in a single row. It utilizes a 0.100-inch (2.54mm) pitch and employs through-hole mounting for secure PCB attachment. The connector operates within a temperature range of -40°C to +105°C. Contact materials consist of brass with tin over nickel plating, while the termination interface uses gold plating. The housing is black, and the end connection pin length measures 3mm.
Verify that the specific part number matches the required eight-position configuration and straight orientation. Confirm that the through-hole footprint on the target printed circuit board aligns with the specified 2.54mm pitch dimensions. Ensure the operating environment temperature falls within the documented -40°C to +105°C range to maintain electrical integrity and material performance standards during deployment.
Select this component when a single-row, eight-pin male header is required for direct PCB insertion. The 2.54mm pitch is suitable for standard breadboard or prototyping compatibility. Consider the through-hole mounting requirement versus surface mount alternatives if space constraints exist. Verify that the current carrying capacity requirements are met by the brass contact construction and appropriate plating specifications for the intended application load.
This component belongs to the Oupiin 2011 series of rectangular connectors. The series includes various pin counts and configurations, such as two, ten, and eleven positions. These headers are designed for general electronic applications requiring reliable signal transmission. The consistent design language across the series allows for standardized manufacturing processes and quality control measures across different product variants.
Compatible substitutes include other single-row male headers with an 8-position count and 2.54mm pitch. Ensure replacement parts match the through-hole mounting style and straight orientation. Verify that alternative components support the same operating temperature range and utilize compatible contact plating materials to maintain equivalent electrical performance and environmental resilience.