This patent presents a fully passive LED lighting system designed to eliminate electrolytic capacitors. The core innovation involves a circuit architecture that allows the LED load power to fluctuate within a controlled range, thereby drastically reducing the required energy storage capacitance.

This patent discloses an innovative LED driver architecture designed to solve the current imbalance problem in parallel LED strings efficiently. 

This patent introduces a systematic, model-based method for designing and operating LED illumination systems to maximize luminous flux output for a given thermal design.

The patent introduces an innovative solution to address the voltage sag problem in planar inductive charging platforms.

The patent introduces an innovative solution to address the voltage sag problem in planar inductive charging platforms.

The patent introduces a novel "semiconductor transformer" where primary and secondary windings are made of highly doped semiconductor materials (e.g., n++ or p++ silicon) instead of metallic conductors.