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Josephson current in SFcFS junctions with arbitrary transparency of theconstriction (c) is investigated. The emphasis is done on the analysis of thesupercurrent dependencies on the misorientation angle $\theta $ between thein-plane magnetizations of diffusive ferromagnetic layers (F). It is found thatthe current-phase relation $I(\phi)$ may be radically modified with the $\theta$ variation: the harmonic $I_{1}\sin \phi $ vanishes for definite value of$\theta $ provided for identical orientation of the magnetizations ($\theta=0$) the junction is in the $"\pi"$ state. The Josephson current may exhibit anonmonotonic dependence on the misorientation angle both for realization of $"0"$ and $"\pi "$ state at $\theta =0$. We also analyze the effect of exchangefield induced enhancement of the critical current which may occur in definiterange of $\theta $.Comment: 7 pages, 5 figures, submitted to JETP Letter

Josephson effect in superconducting constrictions with hybrid SF electrodes: Peculiar properties determined by the misorientation of magnetizations