  In the minimal supersymmetric extension of the Standard Model (MSSM), if the
two Higgs doublets are lighter than some subset of the superpartners of the
Standard Model particles, then it is possible to integrate out the heavy states
to obtain an effective broken-supersymmetric low-energy Lagrangian. This
Lagrangian can contain dimension-four gauge invariant Higgs interactions that
violate supersymmetry (SUSY). The "wrong-Higgs" Yukawa couplings generated by
one-loop radiative corrections are a well known example of this phenomenon. In
this paper, we examine gauge invariant gaugino--higgsino--Higgs boson
interactions that violate supersymmetry. Such wrong-Higgs gaugino couplings can
be generated in models of gauge-mediated SUSY-breaking in which some of the
messenger fields couple to the MSSM Higgs bosons. In regions of parameter space
where the messenger scale is low and tan(beta) is large, these hard
SUSY-breaking operators yield tan(beta)-enhanced corrections to tree-level
supersymmetric relations in the chargino and neutralino sectors that can be as
large as 20%. We demonstrate how physical observables in the chargino sector
can be used to isolate the tan(beta)-enhanced effects derived from the
wrong-Higgs gaugino operators.
