  We put forward a scheme for controlling Josephson-like tunneling in
two-component Bose-Einstein condensates coupled with microwave field via
Feshbach resonance and tuning aspect ratio of trapping potential. We prove how
to realize a perfect periodic oscillation from a fast damped and irregular
oscillation on relative number of atoms in future experiment. In particular,
intensity of Josephson-like tunneling can be successfully controlled through
controlling speed of recovering the initial value of intra-atomic interaction
and aspect ratio of trapping potential. Interestingly, we find that relative
number of atoms represents two different types of oscillation in respond to
periodic modulation of attractive intra-atomic interaction.
