High-Voltage Power Source Eliminating Electromagnetic Transformers

The patent extracts and removes the electromagnetic transformer from the high voltage power source system. By eliminating this heavy component, the power source weight is significantly reduced while the high voltage generation function is replaced with a lighter alternative circuit configuration that uses switching elements and resonant circuits instead of transformer-based voltage transformation.

The patent substitutes the electromagnetic transformer (a mechanical/electromagnetic system with moving magnetic fields) with an electronic switching system using semiconductor switching elements and resonant circuits. This replacement transitions from a heavy electromagnetic field-based voltage transformation mechanism to a lighter solid-state electronic voltage multiplication approach.

The patent employs inexpensive semiconductor switching elements and standard electronic components (capacitors, inductors, resistors) to replace the costly electromagnetic transformer. These cheaper components can be easily manufactured and replaced, reducing overall manufacturing costs while maintaining the voltage transformation function through electronic switching and resonant circuitry instead of expensive transformer assemblies.

The patent changes the operating parameters and mechanism from electromagnetic induction (transformer operation) to electronic switching and resonant oscillation. By altering the fundamental operating principle from magnetic field-based transformation to electronic circuit-based voltage multiplication, the system achieves comparable voltage output stability using less expensive components with different operational characteristics.

The patent removes the transformer entirely from the system, eliminating the need for multiple windings to achieve high voltage output. By extracting this component, the volume constraint is resolved as the high voltage generation is achieved through a compact electronic switching circuit configuration that does not require the bulky multi-winding transformer structure.

The patent transitions from achieving voltage transformation through spatial arrangement of transformer windings (three-dimensional winding structure) to achieving it through temporal switching sequences and resonant frequency control in electronic circuits. This dimensional shift from spatial to temporal operation enables high voltage output capability without increasing physical volume.