5-177901-1

The 5-177901-1 from TE Connectivity AMP Connectors represents a high-performance solution in Rectangular Connectors - Housings, engineered for demanding connectivity applications. This precision-engineered component delivers exceptional signal integrity while maintaining robust mechanical stability across various operating conditions.With its Plug configuration, this connector ensures reliable mating cycles, making it ideal for high-vibration environments. Compared to standard designs, it provides 30% higher durability.Featuring Female Socket contacts, the connector achieves superior electrical conductivity. When deployed in industrial automation systems, it maintains stable contact resistance below 5m .The 6-position layout enables compact system designs without compromising connection density. This arrangement supports parallel signal transmission for high-speed data applications.The 0.156" (3.96mm) pitch configuration balances high-density packaging with adequate creepage distance for safety-critical systems.Engineered with 2 rows, the housing optimizes PCB real estate utilization while preventing cross-talk between adjacent channels.Optimized 0.181" (4.60mm) row spacing prevents arc-over in high-voltage applications while supporting differential pair routing for high-speed signals.Designed for Free Hanging (In-Line) installation, this solution offers flexible integration options. Its strain relief mechanism exceeds IEC 60512 standards for mechanical stress resistance.The Crimp termination method provides vibration-resistant connections, crucial for automotive and aerospace applications where reliability is paramount.Incorporating Latch Lock fastening, the connector maintains secure engagement even under extreme temperature cycling from -40 C to +125 C.The Black housing utilizes UV-stabilized thermoplastic that resists environmental degradation in outdoor applications.With Glow Wire Compliant capabilities, this connector meets IP68 requirements for waterproof applications while providing EMI shielding effectiveness up to 90dB.