Improving Power Generation Using Pulse Motor

A highly efficient apparatus and method are introduced for utilizing electrical pulse currents to generate output power. This innovative system involves guiding input pulse currents through a strategically arranged set of coils. These coils are alternately wound and precisely positioned in relation to "tapped" output coils. The induction of current in the output coils is executed with exceptional efficiency, allowing output at each winding layer and minimizing resistance to induction. In one embodiment, the apparatus comprises a "power wheel" with evenly spaced magnetic nodes along its outer circumference, each node's magnetic polarity facing outward radially. An electromagnetic generator propels the rotation of the power wheel, incorporating alternating layered windings of input and output coils. The output coils are tapped at each winding layer, and a switching mechanism facilitates the generation of pulse currents through the rotation of the power wheel.