Segmented contact mechanism moves separation piece along base pieces to break circuit, reducing power loss and housing size.
A DC switch assembly uses a pyroswitch branch to interrupt current flow without forming electric arcs.
A pyrotechnic circuit breaker uses gas pressure to separate contacts instantly upon airbag signal detection.
A pyrotechnic circuit breaker piston uses a second protrusion to engage the bus bar aperture before cutting.
A pyrotechnic circuit breaker uses a punch-die unit and ablation material to rapidly section electrical conductors.
A vehicle battery pack uses controllable switches to bypass short circuits and maintain voltage output.
A pyrotechnic fuse uses a magnetic field and extinguishing substance to sever conductors.
Electromagnetic detection triggers a pyrotechnical switch-off element without continuous power, eliminating false triggering from interference.
A hydraulic auxiliary drive presses an incompressible liquid onto the isolation point to suppress arcing and ensure complete high-voltage disconnection.
A pyrotechnic circuit breaker uses a parallel fuse contour to dissipate residual voltage as heat.
Replacing pressure-based systems, the thermal frangible bulb prevents gas exposure and catastrophic failure by thermally activating contact separation.
Spring-driven hollow cylinder converts kinetic energy into plastic deformation, eliminating contact bounce and arcing during rapid closing.
A pyrotechnic isolating device in series with a switching relay interrupts high-voltage circuits using electromagnetic levitation to reduce switching current.
A pyrotechnic switch uses gas pressure to separate contacts and silicone oil to extinguish arcs.
Tapered sealing portions center a movable piston in a cavity, ensuring surface contact that maintains seal integrity during high-voltage current interruption.
Gas pressure from a disposable propellant separates contacts while injecting an extinguishing agent to suppress electric arcs during high voltage interruption.
Segmented conductor plates reduce heat buildup during energization, allowing efficient projectile cutting without increasing device size.