eBiltegia - Digital repository of Mondragon Unibertsitatea
The Digital Repository of Mondragon Unibertsitatea provides you with full text access to the documents produced by the university as a result of its academic, research and institutional activity in open access. Its purpose is to increase the visibility of University´s scientific and teaching production, to spread its impact and to assure its preservation, complying with the institution's Open Access policies:
Its objective is to promote open science, increase the visibility and impact of university scientific and academic production, ensure the safe preservation of digital content and facilitate its interoperability through technical standards.You will find doctoral theses, bachelor and master thesis, teaching materials, university publications, working documents, preprints, postprints, articles, conference proceedings, data sets, institutional documents, etc.
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EMI prediction based on datasheet parameters for hard-switched Si, SiC, and GaN MOSFETs
(IEEE, 2025)Wide bandgap (WBG) semiconductors such as Silicon Carbide (SiC) and Gallium Nitride (GaN) enable improved power converter efficiency due to better material characteristics. However, their faster switching dynamics introduce ... -
Steady-state temperature calculation tool for multilayer PCBs
(IEEE, 2025)The adoption of GaN-based devices in power converters offers significant improvements in efficiency and power density, but also intensifies thermal challenges by concentrating heat in smaller volumes. High current and ... -
Lagunarteko hizkera langai ikastolan: bi ikasturteko esku-hartzearen inplementazioa eta emaitzak
(Euskaltzaindia, 2025-10-30)Ikerketa hau Euskaltzaindiaren Mintzola egitasmoak, Ikastolen Elkarteak eta Mondragon Unibertsitateak elkarlanean gauzatu dute. 2022-23 eta 2023-24 ikasturteetan, Lehen Hezkuntzako laugarren eta bosgarren mailako ikasleekin, ... -
Battery Heterogeneity Challenge: From Single to Multiple Cell System Modelling
(2025)Significant efforts have been dedicated to optimising the performance of battery systems by improving energy management and battery sizing strategies. Recent advancements have shifted their focus on model-based optimisations ... -
Bridging the Gap between ECMs and PBMs: Electrode-level Extended ECM
(2025)Accurate and efficient Li-ion battery models are essential for control, diagnostics, and system-level integration. While physics-based models (PBMs) offer detailed electrochemical insight, they are often too complex for ...
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