We plot in Figure coacervate phase diagrams for a variety of charge fractions f C,+ = f C,-= f C that are the same on both polyelectrolytes. As this charge fraction is decreased from the fully-charged limit f C = 1.0, the coexistence regime becomes considerably smaller. This is the expected result, which is that the electrostatic driving force for coacervation becomes weaker; this is true for both the RPA and the TM terms, and is consistent with prior literature. As the two-phase region shrinks, the partitioning of the salt also begins to invert, such that at the lowest phase-separating case (f C = 0.5) the tie line slopes are predominantly positive such that there is more salt in the coacervate than in the supernatant. This is seen in Figure as conditions where λ > 1. These same trends become weaker when one of the polyelectrolytes remains fully charged, and we plot phase diagram predictions in Figure for a series where f C,+ = 1.0 and f C,-< 1.0; here, the trends are essentially the same except the two-phase region shrinks less and the tie lines (plotted in terms of λ in Figure ) exhibit only subtle changes away from the fully-charged limit.