  It is shown, using dispersion relations techniques for bound states, that the
presence of a large top-Yukawa coupling lowers the Higgs mass from the
condensate-model value of twice the top mass (~350 Gev) to 100-200 Gev
consistent with the Z(super 0) width precision measurements. The coupling is
found to be ~3.7 at the top-mass, much larger than the Standard Model value ~1.
It corresponds to a compositeness scale ~1.4 Tev, which is consistent with
top-color models, and implies quite different scales for fermion mass
generation and electroweak symmetry breaking. A second scalar state around 1
Tev also emerges as a solution in combination with the low mass Higgs.
