95635-250CALF

The 95635-250CALF from Amphenol ICC (FCI) represents a cutting-edge solution in Memory Connectors - PC Card Sockets, engineered for high-density memory applications requiring robust signal integrity. This advanced connector system combines precision engineering with industry-leading contact technology to deliver exceptional performance in 5G infrastructure and edge computing environments.With 68, 68 contact positions, the connector achieves optimal pin density for high-speed data transfer applications. The carefully engineered contact arrangement minimizes crosstalk while maximizing signal integrity across all channels.Featuring a Connector and Ejector configuration, this solution provides reliable mating cycles exceeding 10,000 insertions. The patented contact geometry ensures low insertion force without compromising vibration resistance in harsh industrial environments.The Push In, Push Out mechanism has been optimized for operator safety and component longevity. Unlike conventional designs, this system incorporates tactile feedback to prevent partial engagement and subsequent signal degradation.The Right ejector configuration supports both left-hand and right-hand access requirements. This ambidextrous design simplifies field service operations in rack-mounted equipment.Designed for Through Hole, Right Angle installation, the connector facilitates both automated assembly and field maintenance. Its innovative alignment features enable precise PCB registration, critical for high-frequency signal transmission.With a low-profile 0.654" (16.60mm) design, the connector enables ultra-thin device form factors without sacrificing mechanical robustness. This z-axis optimization is particularly valuable in space-constrained IoT applications.The Normal, Standard - Top configuration provides design flexibility for complex system architectures. Reverse-mounted variants offer unique advantages in stacked PCB configurations common in server backplanes.Utilizing Gold-Palladium plating technology, the contacts maintain stable contact resistance over extended periods. This advanced metallurgy prevents fretting corrosion even in high-humidity environments.