Energy Harvesters and Self-Powered Sensors for Smart Electronics, 2nd Edition

© 2022 by the authors; CC BY-NC-ND license

cluster-based cooperative spectrum sensing; achievable throughput; greedy heuristic algorithm; cognitive radio network; 5G and beyond-5G IoT applications; energy harvesting; charge pump; rectifier; maximum power point tracking; thermoelectric energy harvesting; maximum power point tracking; boost converter; self-startup; multi-voltage domain low dropout; radio frequency energy harvester; power management unit; bandgap voltage reference; system on chip; internet of things; feedback network; demultiplexer; radio frequency energy harvester; CMOS; voltage boosting; wideband; CCDD; 5GNR; piezoelectric; micro-electro-mechanical system (MEMS); rigid–flexible-coupling; speaker; silent alarm; low-dropout regulator; ultra-low-input voltage; high power efficiency; bulk modulation; energy harvesting; push–pull diamagnetic structure; energy harvester; energy conversion rate; electromagnetic; remote sensing; IoT transceiver; gateway; the things network (TTN); stacked PZT transducer; thermoelectric generator (TEG); energy converter; piezoelectric; energy harvesting; rotational; ultra-low frequency; n/a