An inductive component comprising a stack of layers, said stack comprising magnetic ferrite based layers, characterised in that : - the magnetic ferrite has the chemical formula: Ni x Mg y Zn z Cu v Co w Fe 2-δ O 4 , with v being non-zero, 0 < δ < 0.1 and x + y + z + v + w = 1; - said component comprises: o tracks made of noble metal that can be silver, gold or palladium-silver distributed over various levels formed by the surfaces of the layers, to form a turn on each level, the turns from one level to another level being or not being able to be electrically connected; ∘ non-magnetic ferrite based dielectric elements, comprising nickel, zinc and copper, positioned on at least one part of said noble metal tracks and between at least two layers of magnetic ferrite material, so that said dielectric elements are incorporated in the magnetic ferrite material; the non-magnetic ferrite having the following formula: Ni a Mg b Zn c Cu d Co e Fe 2 -δ O 4 , with: c > 0.5 , d > 0.1 , O < δ < 0.1 und a + b + c + d + e = 1 ; ∘ a stack of said metal tracks forming said turns, in which each metal track is separated from the metal track of the upper or lower level by a dielectric material made of non-magnetic ferrite. - the magnetic ferrite has the chemical formula: Ni x Mg y Zn z Cu v Co w Fe 2-δ O 4 , with v being non-zero, 0 < δ < 0.1 and x + y + z + v + w = 1; - said component comprises: o tracks made of noble metal that can be silver, gold or palladium-silver distributed over various levels formed by the surfaces of the layers, to form a turn on each level, the turns from one level to another level being or not being able to be electrically connected; ∘ non-magnetic ferrite based dielectric elements, comprising nickel, zinc and copper, positioned on at least one part of said noble metal tracks and between at least two layers of magnetic ferrite material, so that said dielectric elements are incorporated in the magnetic ferrite material; the non-magnetic ferrite having the following formula: Ni a Mg b Zn c Cu d Co e Fe 2 -δ O 4 , with: c > 0.5 , d > 0.1 , O < δ < 0.1 und a + b + c + d + e = 1 ; ∘ a stack of said metal tracks forming said turns, in which each metal track is separated from the metal track of the upper or lower level by a dielectric material made of non-magnetic ferrite. o tracks made of noble metal that can be silver, gold or palladium-silver distributed over various levels formed by the surfaces of the layers, to form a turn on each level, the turns from one level to another level being or not being able to be electrically connected; ∘ non-magnetic ferrite based dielectric elements, comprising nickel, zinc and copper, positioned on at least one part of said noble metal tracks and between at least two layers of magnetic ferrite material, so that said dielectric elements are incorporated in the magnetic ferrite material; the non-magnetic ferrite having the following formula: Ni a Mg b Zn c Cu d Co e Fe 2 -δ O 4 , with: c > 0.5 , d > 0.1 , O < δ < 0.1 und a + b + c + d + e = 1 ; ∘ a stack of said metal tracks forming said turns, in which each metal track is separated from the metal track of the upper or lower level by a dielectric material made of non-magnetic ferrite. <EOS>