  The effect of Rashba spin-orbital interaction upon supercurrent in S-2DEG-S
proximity junctions is investigated in the clean limit. Generalization of
Beenakker's formula for Andreev levels to the case of spin-orbital scattering
is presented. Spin-orbit - induced splitting of Andreev bound-states is
predicted for a junction of infinite width, and with non-vanishing normal
backscattering at S/N interfaces. Semiclassical average of the Josephson
current is however insensitive to the Rashba coupling as long as
electron-electron interaction in 2DEG is neglected.
