  We present the reconstruction of the Wigner function of a classical
phase-sensitive state, a pulsed coherent state, by measurements of the
distributions of detected-photons of the state displaced by a coherent probe
field. By using a hybrid photodetector operated above its photon-resolving
regime, we obtained both the statistics at different values of the probe field
and the values of the probe phase required to reconstruct the Wigner function.
