Felix A. Himmelstoss

University of Applied Sciences Technikum Wien

Papers

Total Citations

H-Index

About

Felix A. Himmelstoss is a power electronics researcher whose work centers on DC motor control systems and low-voltage converter design, with a particular focus on practical applications in automotive and robotics engineering. His research addresses the enduring relevance of DC drives in low-power environments, developing innovative converter topologies that extend the operational range and efficiency of motor control systems. Among his most notable contributions is his work on Cuk-derived converter architectures, which enable voltage control across DC machines from zero to three times the input voltage — a significant advancement for two-quadrant motor operation. His 2010 paper on this topology has accumulated 9 citations, making it his most recognized work, alongside a complementary study on simplified two-quadrant DC motor controllers. Himmelstoss has further contributed to the field through investigations into quadratic duty-cycle dependence for high-torque, low-speed drive applications, as well as control problem formulations for novel low-voltage DC converters. His body of work reflects a consistent commitment to bridging theoretical converter analysis with real-world engineering challenges, particularly in embedded and mobile systems. For students and engineers working in power electronics or motor drive design, his papers offer accessible yet rigorous frameworks for understanding advanced converter-based control strategies.