Abstract: An electrical transformer comprises a primary circuit extending between two ends. The primary circuit has at least one of the ends thereof connected with a power supply so that a first electrical current from the power source flows through the primary circuit. A secondary circuit is connected with an electrical load. The first and second circuits each have a respective plurality of wire segments having a length and being connected in series. The wire segments are supported so as to extend in pathways adjacent and parallel to each other over the length thereof so that, when viewed in cross section, the wire segments are arranged around a first point with the wires of the primary circuit alternating with the wires of the secondary circuit. The current in the first circuit causes formation of a second electrical current in the secondary circuit that is transmitted to the load.

Abstract: An electrical transformer comprises a primary circuit extending between two ends. The primary circuit has at least one of the ends thereof connected with a power supply so that a first electrical current from the power source flows through the primary circuit. A secondary circuit is connected with an electrical load. The first and second circuits each have a respective plurality of wire segments having a length and being connected in series. The wire segments are supported so as to extend in pathways adjacent and parallel to each other over the length thereof so that, when viewed in cross section, the wire segments are arranged around a first point with the wires of the primary circuit alternating with the wires of the secondary circuit. The current in the first circuit causes formation of a second electrical current in the secondary circuit that is transmitted to the load.