SM24W-3S26

Souriau-Sunbank by Eaton's SM24W-3S26 establishes a new benchmark in Circular Connectors - Contacts technology, specifically engineered for high-speed data center applications. This cutting-edge solution delivers unmatched signal integrity while optimizing power efficiency in server architectures.Designed for Signal, Stamped configurations, this contact enables 400G Ethernet transmission with minimal insertion loss. The advanced geometry reduces impedance mismatches in high-frequency applications.The Pin design incorporates dual-beam technology for redundant contact points, ensuring reliable connections in hot-swappable server modules. This configuration is validated for 10,000+ mating cycles.Manufactured to 20 micron-level tolerances, this contact ensures precise alignment in high-density connector systems. The dimensional control is critical for maintaining signal integrity.Supporting 24-26 AWG wiring, this contact maintains stable current carrying capacity up to 105 C ambient temperature. The optimized crimp zone prevents conductor deformation during installation.Featuring Crimp technology, this solution provides gas-tight connections resistant to thermal cycling effects. The termination method is compatible with both manual and automated crimping tools.Constructed from Copper Alloy, the contact offers superior stress relaxation resistance for long-term reliability. This material selection prevents contact force degradation in continuous operation.The Gold plating delivers exceptional wear characteristics while maintaining low and stable contact resistance. This finish is specifically formulated for high-speed digital applications.With 29.5µin (0.75µm) precisely controlled plating, this contact achieves optimal balance between cost and high-frequency performance. The thickness is verified through X-ray fluorescence testing.Gold on termination surfaces provides excellent solderability for mixed assembly processes. This finish prevents intermetallic growth in high-temperature environments.Incorporating Insulation Support, this contact design prevents micro-arcing in high-voltage applications. The innovative geometry minimizes electric field concentration at contact points.