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The Oupiin 2047-2X25G00S3U is a rectangular board connector featuring 50 contacts arranged in a double-row configuration. It utilizes a 0.100 inch (2.54 mm) pitch and employs a through-hole solder terminal for secure PCB mounting. The component functions as a female socket with locking capabilities, designed for straight installation on a single printed circuit board row interface. Constructed with glass-filled thermoplastic polyester insulation, it offers high dielectric withstand voltage of 1000VAC and low contact resistance of 20 mΩ. This part supports multipal mating parts and operates within standard industrial temperature ranges.
Verify that the target PCB footprint matches the 2.54 mm double-row spacing and pin count exactly. Confirm that the manufacturing process supports through-hole soldering techniques compatible with the specified terminal style. Ensure environmental conditions align with the material specifications for glass-filled thermoplastic polyester insulation. Cross-reference mating part availability to guarantee system compatibility before finalizing procurement orders.
Choose this component when a reliable, high-contact-count interface is required for rigid board-to-board connections. The double-row layout maximizes signal density within a constrained vertical profile. Consider the locking feature if vibration resistance is critical for the application environment. Validate that the 1000VAC dielectric rating meets the safety requirements of the specific circuit design.
This connector belongs to the Oupiin 2047 series, which focuses on standard rectangular board connectors. The series emphasizes durability and precise alignment for various electronic assemblies. Oupiin manufactures these components using advanced plastic molding techniques to ensure consistent dimensional accuracy across production batches.
Direct substitutes must match the 50-position, double-row, 0.100-inch pitch specification. Verify that alternative vendors offer identical through-hole termination and locking mechanisms. Ensure the replacement maintains the same insulating material properties and electrical ratings.