  In the absence of natural flavor conservation, multi-Higgs doublet models
generally contain new sources of CP violation and anomalous charged Higgs
Yukawa couplings. We present a charged-Higgs CP violation study of one such
two-Higgs doublet model (2HDM) which treats the top quark differently from the
other quarks. The phenomenological implications for the K-Kbar system and for B
decays differ significantly from those of the standard model (SM) and of the
2HDM's with natural flavor conservation. In particular, the SM phase in this
model could take a wide range of values, and the CP asymmetry in the
"gold-plated" decay mode B to J/psi K_S could be quite different from and even
of opposite sign relative to the SM prediction. A new mechanism is also noted
for generating a large neutron electric dipole moment which is close to the
present experimental limit.
