In the framework of the MSSM, CP violating phases can be introduced in the
sector of the soft SUSY-breaking trilinear boson coupling terms. These
influence the neutral Higgs sector of the theory via first order loop
corrections to the otherwise CP invariant Higgs potential. In such a model
all three mass eigenstates of the neutral Higgs bosons are linear
combinations of the CP even and CP odd states and they can all couple to the
$\mathrm{Z}^0$ via Higgsstrahlung, thereby reducing the individual
couplings.

A re-interpretation of all OPAL neutral Higgs searches performed from
$\sqrt{s}=$91--209\,GeV within a CP violating benchmark
scenario is presented. All production and decay channels of the lightest
($\mathrm{H}_1$) and the next-to-lightest ($\mathrm{H}_2$) neutral Higgs mass
eigenstate  have been taken into account.