Add to ORKG64 p.A novel MEMS based energy scavenger was designed and fabricated. This new energy scavenger uses an electrostatic based mechanism for energy conversion. Through the studying of different vibrating frequency of commonly occurring home appliances, frequency of 100Hz was chosen as it is the most commonly occurring frequency. With the selected frequency, the energy scavenger was designed to resonant at 100Hz.Dual Master of Science (Micro Electro Mechanical Systems
AbstractThis paper proposes design and analysis of electromagnetic energy harvester using MEMS techn...
International audienceAdvances in low power electronics and microsystems design open up the possibil...
This paper reports the design, micromachining and characterization of an array of electromagnetic en...
64 p.A novel MEMS based energy scavenger was designed and fabricated. This new energy scavenger uses...
Inertial energy scavengers are self-contained devices which generate power from ambient motion, by e...
In this work we present the concept of a MEMS-based Energy Harvester (EH) for the conversion of vibr...
In many of the electronic devices the major role is performed by microelectro-mechanical systems (ME...
Research Doctorate - Doctor of Philosophy (PhD)Microelectromechanical systems (MEMS) continue to tra...
ISBN:2-84813-057-1Advances in low power electronics and microsystems design open up the possibility ...
Thesis: M. Eng., Massachusetts Institute of Technology, Department of Electrical Engineering and Com...
Global simulations, designs and characterisations of a broadband vibration energy scavenging system ...
Advances in low power electronics and microsystems design open up the possibility to power small wir...
This paper presents an electromagnetic (EM) vibration to electrical power generator which can effect...
We have designed and built macro-scale wideband electrostatic and electromagnetic power harvesters f...
This paper presents a development tool for estimating the performance of an electromagnetic (EM) vib...
AbstractThis paper proposes design and analysis of electromagnetic energy harvester using MEMS techn...
International audienceAdvances in low power electronics and microsystems design open up the possibil...
This paper reports the design, micromachining and characterization of an array of electromagnetic en...
64 p.A novel MEMS based energy scavenger was designed and fabricated. This new energy scavenger uses...
Inertial energy scavengers are self-contained devices which generate power from ambient motion, by e...
In this work we present the concept of a MEMS-based Energy Harvester (EH) for the conversion of vibr...
In many of the electronic devices the major role is performed by microelectro-mechanical systems (ME...
Research Doctorate - Doctor of Philosophy (PhD)Microelectromechanical systems (MEMS) continue to tra...
ISBN:2-84813-057-1Advances in low power electronics and microsystems design open up the possibility ...
Thesis: M. Eng., Massachusetts Institute of Technology, Department of Electrical Engineering and Com...
Global simulations, designs and characterisations of a broadband vibration energy scavenging system ...
Advances in low power electronics and microsystems design open up the possibility to power small wir...
This paper presents an electromagnetic (EM) vibration to electrical power generator which can effect...
We have designed and built macro-scale wideband electrostatic and electromagnetic power harvesters f...
This paper presents a development tool for estimating the performance of an electromagnetic (EM) vib...
AbstractThis paper proposes design and analysis of electromagnetic energy harvester using MEMS techn...
International audienceAdvances in low power electronics and microsystems design open up the possibil...
This paper reports the design, micromachining and characterization of an array of electromagnetic en...