Listar por grupo de investigación "Sistemas Electrónicos de Potencia aplicados al Control de la Energía Eléctrica"
Mostrando ítems 1-7 de 7
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Active damping control strategy to avoid resonance issues in diesel-electric vessels with DC distribution systems
(IEEE, 2016)This paper presents an active damping control strategy especially designed to mitigate the effects of the resonances of low damped power electronic based DC distribution systems. In those systems, some controlled converters ... -
Exploration of Steinmetz Parameter Variability in High Frequency Transformer Design Spaces
(IEEE, 2025)This paper investigates the impact of high frequency effects in the design space of transformers for power converters. A holistic overview of the impact of winding losses has previously been studied in the literature, but ... -
Integrated Magnetic Design for High Power Density Converter
(IEEE, 2024)High power density and high efficiency are the trend of power converters. This paper focuses on two-stage DC/DC converters for datacenter applications and proposes a new magnetic integration method for two coupled inductors ... -
MagNet Challenge 2023 Revisited: Beyond the Bounds of Equation-Based Core Loss Modeling
(IEEE, 2026)This work focuses on addressing limitations and improving MU’s MagNet Challenge 2023 core loss model. MU’s core loss model is presented and explained, which formalizes and standardizes the model. Then, key limitations ... -
A multivariable modeling approach for the design of Power Electronics Based DC Distribution Systems in diesel-electric vessels
(IEEE, 2016)The benefits of using Power Electronics Based DC Distribution Systems in diesel-electric vessels are well known. However, some aspects must be deeply analyzed to guarantee a safe, robust and stable system by design. A ... -
New Computationally Inexpensive Power Cancellation Concept for Magnetic Core Loss Measurement
(IEEE, 2025)Phase discrepancy is a major source of error in the measurements of core losses, so reactive cancellation techniques are used to improve the measurement accuracy. To do so, an air core transformer is introduced in the ... -
Switching losses estimation for a push-pull converter based on analytical models considering parasitic elements
(IEEE, 2023)This paper presents a comparative study of two analytical models for estimating the switching losses of a power MOSFET, considering different levels of parasitics integration. The study focuses on high parasitic inductance ...
