International audienceThis paper presents a novel topology of start-up converter for sub 100 mV thermal energy harvesting based on an Armstrong oscillator topology using a piezoelectric transformer (PT) and a normally-on MOSFET. Based on a Rosen-type PT and off-the-shelf components, the proposed start-up topology begins to oscillate at 12 mV input voltage corresponding to a temperature gradient of 2°C and achieves 1 V output voltage with only 18 mV input voltage applied to the harvester
Recent advancement in commercial MEMS-based piezoelectric energy harvesters has enabled further redu...
This work presents two circuit topologies of battery-less integrated boost oscillators suitable for ...
International audienceThe search for compact autonomous devices has been increasing in the microelec...
International audienceThis paper presents a novel topology of start-up converter for sub 100 mV ther...
International audienceThis paper presents an inductor-less start-up converter for a sub-100 mV energ...
This paper introduces the use of piezoelectric transformers (PTs) as key elements for ultra-low volt...
This paper presents a novel method for battery-less circuit start-up from ultra-low voltage energy h...
This work shows the possibility to exploit piezoelectric transformers (PTs) for implementing step-up...
AbstractThis work shows the possibility to exploit piezoelectric transformers (PTs) for implementing...
The paper introduces a power conversion technique based on active control for harvesting power from ...
This work presents an ultra-low start-up voltage boost converter for thermal energy harvesting. The ...
This paper presents a 60 mV input voltage start-up system for thermoelectric energy harvesting. A ne...
The current advances in ultra-low power design let foresee great opportunities in energy harvesting ...
none7The current advances in ultra-low power design let foresee great opportunities in energy harves...
Thesis: S.M., Massachusetts Institute of Technology, Department of Electrical Engineering and Comput...
Recent advancement in commercial MEMS-based piezoelectric energy harvesters has enabled further redu...
This work presents two circuit topologies of battery-less integrated boost oscillators suitable for ...
International audienceThe search for compact autonomous devices has been increasing in the microelec...
International audienceThis paper presents a novel topology of start-up converter for sub 100 mV ther...
International audienceThis paper presents an inductor-less start-up converter for a sub-100 mV energ...
This paper introduces the use of piezoelectric transformers (PTs) as key elements for ultra-low volt...
This paper presents a novel method for battery-less circuit start-up from ultra-low voltage energy h...
This work shows the possibility to exploit piezoelectric transformers (PTs) for implementing step-up...
AbstractThis work shows the possibility to exploit piezoelectric transformers (PTs) for implementing...
The paper introduces a power conversion technique based on active control for harvesting power from ...
This work presents an ultra-low start-up voltage boost converter for thermal energy harvesting. The ...
This paper presents a 60 mV input voltage start-up system for thermoelectric energy harvesting. A ne...
The current advances in ultra-low power design let foresee great opportunities in energy harvesting ...
none7The current advances in ultra-low power design let foresee great opportunities in energy harves...
Thesis: S.M., Massachusetts Institute of Technology, Department of Electrical Engineering and Comput...
Recent advancement in commercial MEMS-based piezoelectric energy harvesters has enabled further redu...
This work presents two circuit topologies of battery-less integrated boost oscillators suitable for ...
International audienceThe search for compact autonomous devices has been increasing in the microelec...