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The influence of the magnetic field annealing on the magnetoimpedance effect has been investigated in rapidly quenched (Fe0.5Ni0.5)(78)Nb7B15 monolayer and bilayer thin ribbons. The highest impedance ratio value (Delta Z/Z)(max) = 72% and the maximum field sensitivity eta(max) = 12 %/Oe was obtained in the bilayer ribbon, annealed under longitudinal magnetic field at 773 K that exhibited nanocrystalline structure. The higher values of (Delta Z/Z)(max) in bilayer ribbons, as compared to their monolayer counterparts, are attributed to the increased ratio of their thickness to the penetration depth.

Magnetoimpedance Effect in Field Annealed (FeNi)_{78}Nb_{7}B_{15} Amorphous and Nanocrystalline Bilayer Ribbons