Magnetic field sensor, comprising at least one magnetic field concentrator, configured to amplify a magnetic field (B0) to be measured, hereinafter external magnetic field, and produce a non-uniform magnetic field (B), hereinafter internal magnetic field, in a space close to the magnetic field concentrator, and an oscillating mechanical resonator carrying at least one permanent magnet arranged in space, the mechanical resonator having a resonance frequency that changes as a function of the external magnetic field, wherein the internal magnetic field has non-zero second derivative along a direction of oscillation of the mechanical resonator.

Sensore di campo magnetico

Federico Maspero;Riccardo Bertacco;Luca Pellegrino;Nicola MANCA;Daniele MARRE';
2021

Abstract

Magnetic field sensor, comprising at least one magnetic field concentrator, configured to amplify a magnetic field (B0) to be measured, hereinafter external magnetic field, and produce a non-uniform magnetic field (B), hereinafter internal magnetic field, in a space close to the magnetic field concentrator, and an oscillating mechanical resonator carrying at least one permanent magnet arranged in space, the mechanical resonator having a resonance frequency that changes as a function of the external magnetic field, wherein the internal magnetic field has non-zero second derivative along a direction of oscillation of the mechanical resonator.
2021
Istituto Superconduttori, materiali innovativi e dispositivi - SPIN
Magnetic field sensor
MEMS
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/518320
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