Overvoltage Protection Resistors TRIZ Cases
- Surge Arrester Enclosure Fracture Path for Controlled Pressure Relief
A predefined enclosure fracture path relieves fault pressure in a surge arrester while stopping uncontrolled ejection of critical parts.
- DC Lightning Arrester Voltage Layout for Diode-Protected Power Supplies
Different arrester operating voltages let DC power supplies safely shunt lightning surges to ground even when diodes block normal varistor action.
- Protection Adapter Surge Impedance for High-Voltage Overvoltage Control
A surge-impedance adapter cuts high-voltage line transients before they reach operating equipment, improving protection farther from grounding points.
- Varistor Protection Module With Fail-Safe Arc Fusing
A meltable bypass path and arc-fusing mechanism prevent varistor overheating, cracking, and fire risk during high-current surges.
- Varistor Housing Module With Fail-Safe Overheating Protection
A conductive housing, arc fusion, and meltable bypass help varistor modules absorb surges while preventing overheating, arcing, and fire.
- Bidirectional Asymmetric TVS Structure for Stable Breakdown Control
A monolithic P+N−P+ TVS with isolation diffusion shifts peak E-field into the bulk to cut breakdown variation, leakage, and surge losses.
- Sealed Surge Arrester Disconnector With End-Fitting Guided Contact
An end-fitting guided contact enables external disconnection in a sealed surge arrester, cutting moving mass and preventing SF6 release.
- Surge Arrestor Module Curing with Variable Bladder Compaction
Variable radial and axial bladder pressure cures epoxy-wrapped MOV stacks with fewer voids and surface defects, reducing post-curing smoothing.