Passive, frequency-selective piezoelectric MEMS with wake-up electronics for ultra-low-power vibration sensors

Key Points

• Ultra-low-power vibration sensors demonstrate significant energy efficiency and responsiveness.
• The frequency-selective nature allows these sensors to be precise in specific environments.
• Analysis of MEMS technology suggests a feasible design for passive electronics integration.
• This approach may enable new applications in energy-sensitive technologies, possibly leading to extensive commercial viability.

Abstract