Yvonne Flicker

University of Applied Sciences Technikum Wien

Papers

Total Citations

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About

Yvonne Flicker’s research centers on power electronics and DC motor control, with a particular focus on low-voltage, low-power applications critical to automotive and robotic systems. Her most-cited work, “A simple two-quadrant DC motor controller” (2010, 8 citations), introduces a converter design that enables voltage control across a DC machine from zero to three times the input voltage, significantly expanding speed regulation capabilities. This contribution addresses the enduring importance of DC drives in compact, energy-efficient systems, offering a practical solution for applications where traditional approaches fall short. Flicker’s analysis of the drive model demonstrates her ability to bridge theoretical modeling with real-world implementation, making her work valuable for engineers designing cost-effective motor controllers. While her citation count reflects a focused niche, her impact lies in providing foundational insights for low-power DC drive optimization. Flicker’s research underscores the ongoing relevance of DC motor technology in modern mechatronics, and her work serves as a reference for those seeking to enhance performance in constrained environments. Her contributions highlight the critical role of tailored power electronics in advancing robotic and automotive actuation.