Aaron Goldin

Papers

Total Citations

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About

Aaron Goldin is a pioneering researcher in the field of high-voltage power electronics, with a focused expertise in miniaturized DC-DC converters for extreme environments. His most influential work, "Miniature High-Voltage DC-DC Power Converters for Space and Micro-Robotic Applications" (2019, 14 citations), introduces a breakthrough approach to generating kilovolt-level voltages from low-power sources. Goldin’s key contribution lies in combining a megahertz-frequency class-E inverter with Dickson and Cockcroft-Walton voltage multipliers, achieving a remarkable 40 V-to-2 kV conversion in a compact, lightweight form factor. This innovation directly addresses the stringent size, weight, and power constraints of space systems and micro-robotics, enabling new capabilities in satellite propulsion, electrostatic actuation, and portable instrumentation. His work is notable for its practical impact on emerging technologies where traditional bulky transformers are infeasible. Goldin’s research continues to influence the design of high-voltage power supplies for autonomous systems, earning recognition for bridging fundamental circuit theory with real-world engineering challenges. His contributions are essential reading for students and engineers advancing power electronics in aerospace and robotics.