  We consider the most generic situation in models where the electroweak
symmetry is broken by the condensation of a strongly coupled fermion sector,
such as for instance a fourth generation. We study the scalar content resulting
from the condensation of both the up and the down type fermions, corresponding
to a two-Higgs doublet model. We estimate the scalar spectrum using the
Nambu--Jona-Lasinio model, improved by the renormalization group. We show that
the scalar spectrum is generically lighter than for the case with only one
right-handed fermion condensing and that due to a remnant Peccei-Quinn symmetry
the lightest state is the pseudo-scalar, with masses ranging typically from 10
GeV to 120 GeV. We discuss the phenomenological consequences of this distinct
spectrum.
