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The Header, Male Pins architecture employs gold-plated bifurcated contacts that maintain <1m resistance after 500 mating cycles. This reliability is paramount for ADAS sensor arrays where signal fidelity directly impacts collision avoidance performance.

Designed for rapid assembly, the PCB Pins - Right Angle options feature color-coded insertion guides that reduce wiring errors by 72% in high-volume EV battery pack production. The solderless interfaces withstand thermal cycling from -55 C to +125 C.

Available in 1.772" (45.00mm) dimensions, these terminals enable optimized use of precious PCB real estate in autonomous driving computers. The narrowest variant saves 40% space compared to industry standards while handling identical current loads.

With 5 configurations, engineers can create customized power distribution backbones for electric vehicle charging stations. The symmetrical layout balances thermal dissipation across all contact points during sustained 50kW fast charging.

The Screw Mount - Rear Flange system incorporates conductive polymer EMI gaskets that reduce RF interference by 15dB in 77GHz radar modules. This exceeds CISPR 25 Class 5 requirements for vehicle-mounted electronics.

Precision 0.200" (5.08mm) spacing prevents corona discharge in 800V battery management systems. The fluoropolymer insulation maintains dielectric properties even when contaminated with automotive fluids in underhood applications.

With 300 V rating, the terminals safely manage voltage transients from load dump scenarios. The arc-quenching chamber design prevents sustained arcing during fault conditions in 12V/24V dual-battery systems.

The 10 A capacity utilizes bimetallic thermal compensation to maintain consistent contact pressure across -40 C to +125 C. This innovation eliminates hot spots in continuously energized circuits like autonomous driving ECUs.

Green options comply with ISO 20653 dust and water protection standards while providing instant visual circuit identification in automotive fuse boxes. The pigment-infused housing resists fading from engine compartment heat.

Incorporating Sealing Gasket, these terminals meet LV214 vibration specifications for German OEMs. The anti-vibration lock mechanism has been proven through 3,000 hours of multi-axis shaking tests at BMW's validation center.

The 1 single-plane design minimizes inductance in 48V mild-hybrid systems. This flat architecture reduces voltage spikes during regenerative braking by 22% compared to multi-level alternatives.