The microelectronic components integral to connecting objects in the Internet of Things require efficient power supplies. One solution is to harvest energy from the objects' environment, and researchers are actively tackling problems in integrated power conversion and management to realize the vision of nanopower devices.
Aldo, R., Marco, T., Enrico, S. (2017). Doing a lot with a little: micropower conversion and management for ambient-powered electronics. COMPUTER, 50(6), 41-49 [10.1109/MC.2017.175].
Doing a lot with a little: micropower conversion and management for ambient-powered electronics
ROMANI, ALDO;TARTAGNI, MARCO;SANGIORGI, ENRICO
2017
Abstract
The microelectronic components integral to connecting objects in the Internet of Things require efficient power supplies. One solution is to harvest energy from the objects' environment, and researchers are actively tackling problems in integrated power conversion and management to realize the vision of nanopower devices.File in questo prodotto:
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