International audienceThis paper reports the application of different analytical tools to a basic continuous conditioning (CC) circuit for electrostatic vibration energy harvesters (e-VEHs). We address the fundamental issues of this conditioning circuit and give design advice that enhances the performance of e-VEHs employing this circuit. This circuit is widely used for harvesters with or without an electret layer. Despite its wide use, its fundamental problems have been weakly addressed even for simple configurations of e-VEHs since it is impossible to solve the corresponding equations in closed form. As a consequence, appropriate semi-analytical methods that provide an insight into the physics of the system are required
International audienceThis paper presents a new family of conditioning circuits used in electrostati...
Batteries drawbacks are represented by the high cost, the limited reliability and the frequent maint...
International audienceThis paper presents a transistor-level design of a power management electrical...
International audienceThis paper reports the application of different analytical tools to a basic co...
International audienceThis paper presents a comprehensive electromechanical study of an electrostati...
International audienceVibration energy harvesting is a technique for the generation of electricity f...
International audienceThis paper reports on an investigation of dynamic behavior of an electrostatic...
International audienceThis paper presents an overview of problems related to electronic conditioning...
International audienceThe paper is devoted to a novel study of monophase MEMS electrostatic Vibratio...
International audienceIn this paper, we overview the sources of nonlinearities and the methods of an...
International audienceThis paper reports on a new approach for the analysis and design of vibration-...
International audienceThis paper presents an advanced study including the design, characterization a...
International audienceThis paper reports for the first time experiments using an electrostatic vibra...
This paper reports on an electrostatic vibration energy harvester (e-VEH) system with vari...
International audienceThis paper presents a functional design and modeling of smart conditioning cir...
International audienceThis paper presents a new family of conditioning circuits used in electrostati...
Batteries drawbacks are represented by the high cost, the limited reliability and the frequent maint...
International audienceThis paper presents a transistor-level design of a power management electrical...
International audienceThis paper reports the application of different analytical tools to a basic co...
International audienceThis paper presents a comprehensive electromechanical study of an electrostati...
International audienceVibration energy harvesting is a technique for the generation of electricity f...
International audienceThis paper reports on an investigation of dynamic behavior of an electrostatic...
International audienceThis paper presents an overview of problems related to electronic conditioning...
International audienceThe paper is devoted to a novel study of monophase MEMS electrostatic Vibratio...
International audienceIn this paper, we overview the sources of nonlinearities and the methods of an...
International audienceThis paper reports on a new approach for the analysis and design of vibration-...
International audienceThis paper presents an advanced study including the design, characterization a...
International audienceThis paper reports for the first time experiments using an electrostatic vibra...
This paper reports on an electrostatic vibration energy harvester (e-VEH) system with vari...
International audienceThis paper presents a functional design and modeling of smart conditioning cir...
International audienceThis paper presents a new family of conditioning circuits used in electrostati...
Batteries drawbacks are represented by the high cost, the limited reliability and the frequent maint...
International audienceThis paper presents a transistor-level design of a power management electrical...