Protective Switches Using Micromechanics TRIZ Cases
- MEMS Circuit Breaker Switch Protection for High-Voltage Transients
A parallel electrical overstress path protects a teeter-totter MEMS breaker switch from high-voltage transients while limiting stress and arcing.
- MEMS Circuit Breaker Switch With Optical Isolation and Beam Stopper
Optical isolation and a beam stopper help a MEMS teeter-totter switch handle high voltage differences with less stress, arcing, and wear.
- MEMS Teeter-Totter Switch Circuit for Hot Switching Protection
A parallel protective switch shields a high-voltage MEMS teeter-totter switch from current and voltage spikes during ON-OFF transitions.
- MEMS Teeter-Totter Circuit Breaker for High-Voltage Switching Reliability
An electrostatically actuated MEMS teeter-totter switch uses a stopper to limit beam stress, prevent arcing, and improve high-voltage breaker life.