5-5558556-2

TE Connectivity AMP Connectors's 5-5558556-2 sets new benchmarks in Memory Connectors - PC Card Sockets technology, specifically developed for mission-critical automotive electronics. This ruggedized connector system delivers unmatched reliability in extreme temperature conditions while maintaining signal integrity for ADAS applications.Compatible with PCMCIA standards, the connector facilitates seamless integration with next-generation vehicle architectures. Its vibration-resistant design meets ISO 16750-3 specifications for automotive shock and vibration tolerance.The 15 contact array has been optimized for automotive power distribution requirements. Gold-plated power contacts support up to 5A continuous current while maintaining low contact resistance.The Connector design incorporates IP67-rated sealing when mated, providing complete protection against dust and water ingress. This makes it ideal for under-hood applications in electric vehicles.Engineered with Push In, Pull Out operation, the connector ensures positive engagement even with gloved hands. The tactile feedback mechanism meets human-machine interface requirements for industrial applications.The Surface Mount, Right Angle variant features reinforced mounting points capable of withstanding 50G mechanical shock. This exceeds typical automotive requirements for crash survivability.With a 0.173" (4.40mm) profile, the connector fits within tight packaging constraints of modern vehicle ECUs. The low-stack design doesn't compromise on wire strain relief capabilities.The Normal, Standard - Top option allows for flexible PCB layout in space-constrained modules. Reverse-mounted versions enable direct connection to aluminum heat sinks for improved thermal performance.The Gold surface treatment has been validated for 150 C continuous operation. This specialized plating maintains stable contact resistance across the automotive temperature range.Precision-controlled 10.0µin (0.25µm) ensures consistent performance through the connector's lifecycle. The optimized thickness balances wear resistance with cost-effectiveness for high-volume production.