Thermal Switch Details TRIZ Cases
- Temperature-Dependent Switch Layout for Single-Height Sealing
A transverse connector lets both terminals exit at the same height, simplifying sealing and reducing stress on the temperature-dependent switching element.
- Captive Thermal Switch Assembly for Pre-Tested Bimetal Snap Discs
A captive bimetal and spring snap-disc assembly protects fragile parts in storage and enables simpler switch assembly with pre-installation testing.
- Bimetallic Fuse Assembly for Surge Protective Short-Circuit Isolation
An integrated bimetallic fuse and thermal disconnector lets an SPD carry surge currents yet open short circuits without large external fuses.
- Phase-Change Switch Layout for Faster Switching and Low Leakage
Segmented phase-change regions, insulated thermal pillars, and local heaters speed switching while reducing leakage currents and energy use.
- Phase-Change Switch Layout for Faster RF Switching and Voltage Withstand
Segmented phase-change regions, thermal pillars, and isolated heaters speed RF switching while reducing leakage and power use.
- Shape-Memory Locking Switch for Vibration-Safe Thermal Cutoff
A shape-memory alloy lock keeps a thermal switch open after overheating, preventing shock- or temperature-driven reclosure after cooling.