Continuous advances in ultralow-power electronics are a fundamental driving force of
developing far-field wireless power harvesting techniques, which generally harnesses …

Piezoelectric nanogenerator (PENG) was first introduced by using piezoelectric nanowires
for converting tiny mechanical energy into electric power. 1 Research in nanogenerators has …

This paper presents an adaptive power management circuit, which maximizes the energy
transfer from the energy harvester to wireless sensor nodes in real-world applications. Low …

This paper presents a novel approach called simultaneous wireless strain sensing and
energy harvesting from multiple piezo-patches, which is intended for self-powered structural …

This paper presents an adaptive self-configurable rectifier to increase the range of vibration
excitation that a piezoelectric energy harvesting power management circuit (PMC) can …

In piezoelectric energy harvesting (PEH), utilizing the synchronized switch interface circuit
can significantly enhance the energy harvesting capability. Vibration sensing is necessary …

In this paper, converting the kinetic energy into electrical energy by tracking the vibration
frequency automatically, a vibration sensor with energy harvesting capability for the real …

This article presents a self-configurable and self-poweredactive rectifier that operates from
0.25–20 V for energy harvesting applications. The proposed circuit self-startups from a low …

This paper presents the integration of a novel mechanical torsion spring regulator into a
pendulum energy harvester system. This regulator was designed to provide the same …

This article presents methods that enable batteryless energy harvesting powered time-
synchronized channel hopping (TSCH) wireless sensor nodes to join a network with less …