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The Oupiin 2011-2X07G00SB is a through-hole board connector header featuring a dual-row configuration with 14 positions. It utilizes male pins arranged in two rows of seven, providing a total contact count of 14. The connector employs a 0.100-inch (2.54mm) pitch for standard spacing compatibility. Constructed with Polybutylene Terephthalate (PBT) insulation material, it ensures stable electrical performance. The design supports a current rating of 3A and features gold-plated contacts to enhance conductivity and corrosion resistance.
Verify the specific datasheet version when sourcing, as manufacturer documentation may vary slightly between regions. Confirm that the required current rating of 3A aligns with your application's power requirements. Ensure PCB hole dimensions match the 0.100-inch pitch specification to guarantee proper fit during assembly. Cross-reference the PBT insulation material properties against your operating temperature range to prevent thermal degradation.
Select this component when a low-profile, dual-row male header is required for standard 2.54mm pitch applications. The 3A current rating suits moderate signal and power loads typical in consumer devices. Consider the unshrouded or shrouded nature if space constraints exist, though this specific model defines its physical profile. Verify mating connector compatibility to ensure proper engagement with female sockets or cables.
This part belongs to Oupiin's 2011 series of board connectors, which are designed for general interconnect needs. The series includes various row counts and pin configurations to accommodate different density requirements. As a male header, it is intended to mate with female socket counterparts, forming a secure mechanical and electrical link between PCBs or cables.
Compatible substitutes must maintain the 14-position, dual-row layout and 2.54mm pitch. Ensure replacement parts offer equivalent 3A current ratings and gold plating for contact reliability. Verify that the insulation material and height specifications match the original design to avoid mechanical interference.