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The Oupiin 2011-2X30G00SB is a board-to-board connector featuring 60 contacts arranged in two rows of thirty. It utilizes a 2.54mm (0.1 inch) pin spacing and employs a straight, surface-mount installation method with solder terminals. The component is designed as a female socket with locking features to ensure secure attachment. Key electrical specifications include a contact resistance of 20 milliohms and a dielectric voltage withstand capability of 1000VAC. The housing dimensions are approximately 1.7 inches in length, 0.224 inches in depth, and 0.098 inches in width.
Verify the specific part number against official Oupiin documentation to confirm current manufacturing status and compliance certifications. Ensure that mating components match the 2.54mm pitch and locking requirements. Cross-reference technical parameters such as contact resistance and dielectric strength with project specifications before finalizing procurement decisions.
Select this connector when a low-profile, dual-row board-to-board solution with a standard 2.54mm pitch is required. Consider its surface-mount compatibility and locking features for applications demanding mechanical stability. Evaluate the physical dimensions and contact count against available PCB space and signal line requirements to ensure proper fit and function within the assembly.
This component belongs to the Oupiin 2011 series of 2.54mm pin headers and connectors. The manufacturer, Oupiin Enterprise Co., Ltd., specializes in various electronic connector solutions including high-speed and power series. This specific model represents a standard through-hole or surface-mount option within their broader portfolio of board-level interconnect products.
Consult official Oupiin catalogs for verified substitute part numbers within the same series or compatible families. Generic equivalents may not replicate the specific locking mechanism or dimensional tolerances. Verify that any replacement maintains identical contact count, pitch, and mounting style to ensure functional interchangeability.