Referring still to FIG. 3, the O-conductive layer architecture 316 may include a plurality of O-layers including one or more top O-layers 332, one or more bottom O-layers 334, and a plurality of intermediate O-layers (e.g., intermediate O-layer 336a, 336b). There may be any number of intermediate O-layers between the one or more top O-layers 332 and the one or more bottom O-layers 334. (e.g., one or more O-layers, two or more O-layers, four or more O-layers, etc.).

When arranged in an inverter topology, the O-conductive layer architecture 316 may include U-conductive layer architecture 338a, a V-conductive layer architecture 338b, and a W-conductive layer architecture 338c. For example, the U-conductive layer architecture 338a, the V-conductive layer architecture 338b, and the W-conductive layer architecture 338c may be configured to output one of each phase of an alternating current (i.e., the U-phase, V-phase, and W-phase) to provide an alternating current to, for example, an electric motor. As illustrated the U-conductive layer architecture 338a, V-conductive layer architecture 338b, and W-conductive layer architecture 338c may be substantially identical to one another and positioned parallel to one another.