  We report DC Josephson effects observed in a microbridge prepared from an
individual crystalline growth domain of $CeCoIn_5$ thin film. Josephson effects
were observed by periodic voltage modulations under external magnetic field
$\Delta V(B)$ with the expected periodicity and by the temperature dependence
of the Josephson critical current $I_c(T)$. The shape of $\Delta V(B)$ was
found to be asymmetric, as it is expected for microbridges. The dependence
$I_c(T)$ follows the Ambegaokar-Baratoff relation, which is unexpected for
microbridges. Features in the dynamical resistance curves were attributed to
the periodic motion of Abricosov vortices within the microbridge.
