We consider a superconducting state with a mixed symmetry order parameter components, e.g. d+ is or d+ id′ with d′ = d xy . We argue for the existence of the new orbital magnetization mode which corresponds to the oscillations of relative phase φ between two components around an equilibrium value of φ = π 2 . It is similar to the so called “clapping” mode in superfluid 3 He - A. We estimate the frequency of this mode ω 0( B, T) depending on the field and temperature for the specific case of magnetic field induced d′ state. We find that this mode is tunable with an applied magnetic field with ω 0( B, T) ∝ BΔ 0, where Δ 0 is the magnitude of the d-wave order parameter. We argue also that similar filed induced clapping mode should be present in an organic p-wave superconductors.