Stepped conical ring interfaces replace O-rings and central cartridges to maintain electrical contact under high temperature and pressure with less maintenance.
Fixed-angle contacts on one housing accept multiple plugging directions, improving skewed module mating without fragile moving parts.
Polygonal rivets and multilayer steel-copper terminals prevent loosening, cut heat rise, and keep high-current thermostat contacts stable.
A Zn-Sn layered coating on copper terminals matches aluminum wire corrosion potential to cut contact resistance and prevent galvanic corrosion.
Multiple ground connections from inner terminals to the outer side wall suppress resonance and improve high-frequency connector transmission.
Protrusions, guide members, and lever deflection keep a male terminal aligned, limit overstress, and prevent accidental pullout.
Interfaces split across two foldable bodies let more external devices connect directly, improving access while avoiding cables and signal attenuation.
Angled contact surfaces and spring-loaded side latches secure wearable connectors against accidental release while allowing easy detachment.
A supporting portion links the RF connector outer conductor to the conductive cover to equalize ground potential and prevent shielding-related malfunction.
Elastic female terminals and a release prevention lever keep high-voltage connector contact stable, limit fretting wear, and ease rework.
Precise cage and terminal alignment cuts stub length and resonance in midboard cable connectors, improving signal integrity at high frequencies.