Abstract
This work presents the dynamic and static magnetic properties of an 85 nm-thick amorphous thin film precursor of the well-known Finemet material, deposited by RF sputtering. Hysteresis evidences in-plane isotropic properties that are distinguished as contributions of hard and soft axis simultaneously. High-frequency permeability measurements were performed by using the network inductive method in the frequency range 100 kHz–1.8 GHz. The low-field FMR relation dispersion obtained from the permeability spectra shows peculiar properties, from which the effects of stress-induced anisotropy are discussed.
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