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Interaction between the superconductor and ferromagnet in MgB2/Fe wiresresults in either a plateau or a peak effect in the field dependence oftransport critical current, Ic(H). This is in addition to magnetic shielding ofexternal field. Current theoretical models cannot account for the observed peakeffect in Ic(H). This paper shows that the theoretical explanation of the peakeffect should be sought in terms of interaction between superconductor andmagnetic domain structure, obtained after re-magnetization of the iron sheathby the self-field of the current. There is a minimum value of critical current,below which the re-magnetization of the iron sheath and peak effect in Ic(H)are not observed

Interaction between superconductor and ferromagnetic domains in iron sheath: Peak effect in MgB2∕Fe wires