A power converter (300; 400; 500) employing a capacitively coupled feedback network (306; 406; 506) for facilitating transport of information (Vfb; VG; OIC; FE) between a primary side (302; 402; 502) and a secondary side (304; 404; 504) of the power converter (300; 400; 500). The information (Vfb; VG; OIC; FE) may be feedback information (Vfb; VG; FE) to enable regulation of output voltage(s) (Vo1; Vo1, Vo2) of the power converter (300; 400; 500). It is also possible to provide bi-directional communication with digital data (OIC) exchange between the primary side (302; 402; 502) and the secondary side (304; 404; 504) of the power converter (300; 400; 500) while maintaining direct current isolation.
