5050731100

Molex's 5050731100 represents the next generation of Solid State Lighting Connectors - Contacts, specifically developed for high-reliability solid-state lighting applications. This innovative connector solution combines advanced materials science with precision engineering to deliver unmatched performance in mission-critical systems. Designed with automotive-grade durability, it meets the stringent requirements of modern vehicle lighting architectures.The Board to Cable/Wire architecture enables flexible system design, allowing engineers to create either compact or distributed lighting networks. This modular approach simplifies both initial installation and subsequent system expansions.Utilizing Contact, Socket technology, this component provides gas-tight connections that prevent oxidation over time. The dual-beam contact design ensures constant normal force throughout the product lifecycle.Available in 1 configurations, this connector family supports scalable lighting solutions from simple indicators to complex matrix systems. The position count optimization reduces unnecessary current loops in parallel circuits.Free Hanging (In-Line) installation method offers superior mechanical stability in high-G environments. The strain relief system distributes mechanical stress evenly across the termination points.The Crimp system delivers consistent electrical performance while withstanding thermal cycling stresses. This termination method has been proven to maintain contact integrity through 1000+ thermal cycles.Engineered for 22-26 AWG wiring, the contact system maintains optimal spring characteristics across the entire range. The graduated strain relief accommodates various wire diameters without compromising retention force.Tin surface treatment provides low and stable contact resistance, critical for PWM-controlled lighting systems. The nano-scale surface texture enhances mating reliability while minimizing wear debris.The Copper Alloy formulation achieves an optimal balance between conductivity and spring properties. This alloy maintains its mechanical characteristics across the full operating temperature spectrum.Latch Lock securement ensures positive engagement with tactile feedback for quality assurance. The dual-stage locking mechanism provides both preliminary retention and final secure positioning.With an -55°C ~ 105°C rating, this connector performs reliably in underhood automotive applications and other thermally challenging environments. The materials selection prevents thermal aging effects.