1722582108

The 1722582108 from Molex 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 Receptacle 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 8-position layout enables compact system designs without compromising connection density. This arrangement supports parallel signal transmission for high-speed data applications.The 0.138" (3.50mm) 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 Natural housing utilizes UV-stabilized thermoplastic that resists environmental degradation in outdoor applications.With Terminal Position Lock (TPA) Notched capabilities, this connector meets IP68 requirements for waterproof applications while providing EMI shielding effectiveness up to 90dB.