Constant current reactions are commonly used in electrochemical synthesis as they can be run without the need for cyclic voltammetry studies. Therefore, for entry 7 the polymerization was carried out at a constant current of 10 mA in a two-electrode cell. This resulted in a 68% conversion of monomer and a 12% polymer yield with a Đ of 9.98. Low polymer yield and broad Đ were expected for the constant current reaction because it did not target the precise reduction potential of the monomer and can therefore result in inconsistent monomer consumption and other side reactions. The disparity between monomer conversion and polymer yield suggests that the formation of lower molecular weight oligomers and polymers are excluded by the isolation procedure. This was also consistent with the broad Đ inferred from GPC.