Raffael Schwanninger

Graduiertenzentrum der FAU Lehrstuhl für Leistungselektronik (LEE)

Use-Case- Dependent Modeling Approach for Computer Simulation of Hybrid AC-DC Grids (2023) Lavery M, Schwanninger R, März M Conference contribution Experimental Assessment of LVDC-Grid Stability Optimization using Circuit Simulation and Machine Learning (2023) Schwanninger R, Roeder G, Wienzek P, Lavery M, Wunder B, Schellenberger M, Lorentz V, März M Conference contribution Modelling and Design of a Droop-Based Cascaded Controller for LLC Resonant Converter (2023) Yang X, Pohlenz S, Schwanninger R, Schleippmann N, Wunder B, März M Conference contribution Energy-Equivalent Inductance Measurement System (2023) Gehring J, Nowak A, Schwanninger R, Wunder B, März M Conference contribution Device Providing DC Short-Circuit Current (2023) Gehring J, Schwanninger R, Kaiser J, Wunder B, März M Conference contribution Novel compensation scheme for low dynamic converters in droop-controlled DC grids (2022) Gehring J, Gosses K, Schwanninger R, Zeilmann B, Wunder B Conference contribution How to choose the optimal gan-hemt for a hard switching application – a guide (2021) Dobusch J, Schwanninger R, Kohlhepp B, Dürbaum T Conference contribution Novel approach to model gan-hemt capacitances using sigmoid functions (2021) Dobusch J, Schwanninger R, Dürbaum T Conference contribution Switching loss estimation of gan-hemts by thermal measurement procedure (2021) Kohlhepp B, Kübrich D, Schwanninger R, Dürbaum T Conference contribution Active common-mode filter for capacitive-coupled isolated signalling (2020) Angerer M, März M, Schwanninger R Journal article