861410021H12LF

Amphenol ICC (FCI)'s 861410021H12LF represents cutting-edge Shunts, Jumpers technology, optimized for next-generation electronic systems. This interconnect solution combines advanced materials engineering with precision manufacturing for unparalleled performance.The Closed Top architecture provides superior mechanical retention force compared to conventional designs. Its dual-contact-point configuration reduces insertion force by 20% while improving vibration resistance.Engineered with Female Sockets interface, this solution enables reliable connections in high-vibration environments. The beryllium copper alloy contacts ensure stable electrical characteristics through thermal cycling.The 2 (1 x 2) layout supports balanced current distribution in power electronics applications. Parallel contact paths reduce overall contact resistance by 15%.0.100" (2.54mm) center-to-center spacing complies with IEC 60950 safety requirements. This optimized pitch configuration minimizes parallel crosstalk in high-speed data transmission applications.With 0.256" (6.50mm) vertical dimension, this component enables ultra-thin product designs. The low-profile geometry doesn't compromise mechanical strength or current-carrying capacity.Gold or Gold, GXT™ surface treatment provides excellent solderability for wave and reflow processes. The proprietary plating formulation resists fretting corrosion in dynamic applications.The 8.00µin (0.203µm) coating exceeds automotive-grade durability requirements. Accelerated aging tests confirm stable contact resistance after 500 thermal shock cycles.Black housing material incorporates UV stabilizers for outdoor applications. The pigmentation system maintains color fastness under prolonged sunlight exposure.Certified UL94 V-0 material composition meets aerospace industry requirements. The halogen-free formulation ensures clean combustion products.The Polybutylene Terephthalate (PBT) construction delivers exceptional mechanical strength at elevated temperatures. Glass fiber reinforcement provides creep resistance under continuous load.With 3A current capacity, this component excels in renewable energy applications. The optimized contact geometry minimizes power loss at maximum load.