Thermoelectric energy harvesting (TEH) is a promising technology enabling the self-
sustainable operation of ultra low-power sensing devices performing monitoring tasks …

This paper presents an inductor-less start-up converter for a sub-100-mV energy harvester
based on an Armstrong oscillator topology using a piezoelectric transformer and a normally …

This paper introduces a novel device composed by a wide band rectifying antenna array
coupled with a modified resonant amortized Armstrong oscillator with increased efficiency …

Ultra-low power electronic devices, as by the way of example sensor nodes, can be
powered by environmental energy harvesting. Thermo generators, solar cells, inductive …

The voltage output of a single MFC is normally less than 0.8 V, often less than 0.3 V at
maximum power output, which greatly limits the application of MFCs. When MFCs are scaled …

This paper presents an autonomous and highly efficient power management system for RF
energy harvesting. The presented circuit contains a start-up resonant converter which …

In this paper a DC/DC converter for ultra low voltage energy harvesting is presented. It is
based on a transformer, a JFET switch and an integrated CMOS charge pump. The …

Developing new wastewater treatment technologies which will off-set the high-energy cost
associated with treatment is necessary to maintain both water and energy security. Microbial …

Контроль і захист прикордонних зон і територій–складна задача, що потребує
впровадження передових технологічних рішень, які мають поєднувати відповідність …

This article presents a DC-DC converter topology suitable for ultra-low power and low
voltage applications. The presented topology is dedicated to energy harvesting sources in …