  We demonstrate that light charged and extra neutral scalars in the (100-200)
GeV mass range pass the potentially dangerous flavor constraints in a
particular class of two-Higgs-doublet model which has appropriately suppressed
flavor-changing neutral currents at tree level. We study their decay branching
ratios into various fermionic final states and comment on the possibility of
their detection in the collider experiments. We also remark on how their
trademark decay signatures can be used to discriminate them from the light
nonstandard scalars predicted in other two-Higgs-doublet models.
