Contributions to the neutron's electric dipole moment (EDM), d(n), are calc
ulated using a well-constrained ansatz for the nucleon's Poincare covariant
Fadde'ev amplitude. The momentum-dependent quark dressing amplifies the co
ntribution from the current-quarks' EDMs, and dressed-quark confinement and
binding make distinguishable the effect of the two CP and T violating inte
ractions: i gamma (5)sigma (mu nu)(p(1)-p(2))(nu) and gamma (5)(p(1) + p(2)
)(mu), where p(1.2) are the current-quarks' momenta. The value of \d(n)\ ob
tained using the current-quark EDMs generated by a minimal three Higgs doub
let model of spontaneous CP violation is close to the current experimental
upper bound.