72325-004LF

Amphenol ICC (FCI)'s 72325-004LF revolutionizes Memory Connectors - PC Card Sockets technology for medical imaging equipment, combining precision signal transmission with patient safety features. This medically certified connector system meets IEC 60601-1 isolation requirements while delivering exceptional signal integrity.Compatible with PCMCIA - Type I, II, III interfaces, the connector enables high-speed data transfer for digital imaging systems. Its patient-applied parts feature reinforced insulation for enhanced safety.The 68 configuration supports both analog video and digital data transmission. The isolated contact groups prevent signal cross-talk in sensitive measurement applications.The Connector and Ejector design incorporates touch-proof safety features meeting 2MOOP/2MOPP requirements. The insulated housing prevents accidental contact with live circuits during servicing.With Push In, Push Out operation, the connector enables one-handed operation in sterile environments. The smooth action requires less than 3N of force for easy connection by medical staff.The Card Edge Header version features medical-grade materials resistant to hospital disinfectants. All surfaces can withstand daily cleaning with isopropyl alcohol solutions.The Card Guides include integrated shielding that reduces EMI emissions below EN 60601-1-2 limits. This prevents interference with sensitive diagnostic equipment in adjacent bays.The 0.425" (10.80mm) low-profile design facilitates integration into portable medical devices. The rounded edges eliminate sharp corners that could compromise sterile drapes.Available in Normal, Standard - Top configurations, the connector supports both disposable and reusable applications. The reverse-mount option simplifies cable routing in mobile carts.The Gold plating has been tested for biocompatibility per ISO 10993 standards. This ensures safe operation in direct patient contact applications.With 3.00µin (0.076µm) gold plating, the contacts maintain stable resistance through repeated sterilization cycles. The plating thickness has been optimized for both performance and durability.