Dynamic Voltage Pump Circuit Efficiency Optimization

The patent implements a dynamic multi-stage voltage pump system where the number of active pump stages is adjusted in real-time based on the required output voltage. The controller activates only the necessary number of stages to achieve the target voltage, avoiding the cumulative energy losses that would occur if all stages operated continuously. This dynamic configuration allows the system to maintain high efficiency while providing the capability to generate higher output voltages when needed.

The patent designs a universal voltage pump architecture where multiple pump stages share common control logic and can be selectively activated. The same pump circuit design is replicated across stages, and the controller universally manages all stages through a single control interface. This multi-functional design allows the system to achieve high voltage multiplication capability while minimizing the effective complexity by using standardized, reusable circuit blocks rather than entirely separate systems for each voltage level.

The patent implements a dynamic configuration system where the controller selectively activates pump stages based on the required output voltage level. The system can operate with one stage, two stages, or more stages active simultaneously, depending on the voltage multiplication needed. This dynamic adaptability allows the same hardware infrastructure to provide a range of output voltages from single-stage to multi-stage operation, achieving both high maximum voltage capability and flexibility for different voltage requirements.