Electro-mechanical coupled design of self-powered sensing systems and performances comparison through experiments
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Abstract
with relevant benefits on the sensing system capillarity, accessibility and applicability. The design of the
interfaces of the electric, magnetic and structural coupled systems forming the harvester include static and
dynamic modeling and simulation of the interactions involved; smart and effective architectures are need to
satisfy the general requirements of bandwidth, tunability and efficiency required by each application. This paper reports the research advances in this field as a result of laboratory tests and design studies, with particular focus on the design methodologies involved in the definition of energy harvesters.
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