A temperature-triggered fuse device uses wetting force to break a solder bridge at a specific ambient threshold.
A protective element uses a concave substrate and merged electrodes to reduce thickness while maintaining reliable current path blowout.
An arc extinguishing structure with inorganic particles prevents short circuits during high-power breaking capacity tests.
Three conductive components encapsulated in dielectric material create internal capacitors that manage electrical stress.
A thinned conductor portion acts as a fuse element to protect circuits from overcurrent events without separate attachment components.