RJFTV7SA1N

RJFTV7SA1N by Amphenol Socapex represents the pinnacle of Modular Connectors - Adapters innovation for automotive Ethernet networks. Developed for autonomous vehicle systems, this adapter maintains nanosecond-level signal synchronization across distributed sensor arrays.Supporting Jack, 8p8c (RJ45) standards, the adapter implements CAN FD-complient signal conditioning that reduces electromagnetic emissions by 35% compared to conventional designs in vehicle bus systems.The Jack, 8p8c (RJ45) interface features automotive-grade moisture sealing that passes 168-hour humidity cycling per ISO 16750-4, ensuring reliability in electric vehicle battery management systems.This Coupler solution incorporates asymmetric delay compensation circuitry that corrects propagation time differences between twisted pairs to within 50ps for ADAS camera networks.With Circular Bayonet Coupling, the design meets LV214 vibration requirements through its six-point mounting system that withstands 29.4m/s random vibration in heavy truck applications.The IP67 - Dust Tight, Waterproof certification includes resistance to gasoline, diesel, and battery acid exposure, making it suitable for direct engine compartment installation in hybrid vehicles.Panel Mount, Bulkhead configuration integrates quarter-turn locking mechanism that enables rapid serviceability while maintaining 50N retention force in vehicle wiring harnesses.Precision Front Side Nut alignment guides ensure proper mating orientation even in low-light conditions, reducing assembly errors in automotive production lines by 90%.Compliant with Cat5e automotive Ethernet standards, the adapter supports 1Gbps operation with <3.2ns delay skew across all ports for time-sensitive networking applications.The Unshielded system implements hybrid foil-braid construction that provides 360 coverage with 60dB shielding effectiveness at 1GHz for EMI-sensitive infotainment systems.Constructed from Aluminum, Nickel Plated, the housing demonstrates UL94 5VA flame rating and 2000-hour salt spray resistance for coastal region vehicle deployments.