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The Oupiin 2011-2X10G00RB is a rectangular board connector designed for through-hole mounting. It features a right-angle header configuration with male pins, providing a total of 20 positions arranged in a dual-row layout. The connector utilizes a standard 0.100-inch (2.54mm) contact pitch to ensure compatibility with common PCB spacing requirements. Constructed for reliable electrical interconnection, this component supports an operating temperature range from -40°C to 105°C. The design incorporates a solder terminal type for secure attachment to the circuit board, facilitating stable signal transmission in various electronic assemblies.
Verify that the specific suffix RB corresponds to the required color and packaging specifications for your production line. Confirm that the right-angle orientation matches the mechanical constraints of the enclosure design. Ensure the through-hole footprint aligns precisely with the target PCB layout to prevent assembly errors during manufacturing.
Select this model when a right-angle male header is required for through-hole applications. The 20-position count suits moderate density interconnect needs. Verify that the 0.100-inch pitch matches existing mating connectors. Consider the -40°C to 105°C temperature rating for environmental suitability in the intended operational context.
This component belongs to the Oupiin 2011 series of rectangular connectors. The series offers various position counts and row configurations to support diverse connectivity requirements. The 2011-2X10G00RB specifically addresses the need for right-angle male pin headers in through-hole implementations, maintaining consistency with the series' dimensional and electrical standards.
Direct substitutes must match the 20-position, dual-row, right-angle male pin specification with a 0.100-inch pitch. Verify that alternative manufacturers offer identical through-hole mounting characteristics and compatible housing materials. Ensure the replacement part maintains the same current and voltage ratings for safe operation.