  $CP$ violating phenomena predicted by the minimal supersymmetric standard
model are discussed in a case where the $CP$ violating phases in SUSY sector
are not suppressed. The electric dipole moments of the neutron and the electron
are large, but can be smaller than their experimental upper bounds if the
scalar quarks and leptons are heavier than a few TeV. $T$ violating asymmetries
in the production processes of the different neutralino pair and the different
chargino pair emerge at the tree level. They could be as large as of order
$10^{-2}$ in unpolarized electron beam experiments and $10^{-1}$ in polarized
electron beam experiments. In a pair production of the charginos of the same
mass, the asymmetry emerges through the electric and the weak "electric" dipole
moments of the charginos at the loop level, but its magnitude is at most of
order $10^{-4}$.
