Erika Stenglein

Professur für Optoelektronik

Messtechnische Charakterisierung und Vorhersage der Kernverluste bei weichmagnetischen Ferriten (2021) Stenglein E Thesis Core Loss Model for Arbitrary Excitations with DC Bias Covering a Wide Frequency Range (2021) Stenglein E, Dürbaum T Journal article Empirical Core Loss Model for Arbitrary Core Excitations Including DC-bias (2020) Stenglein E, Dürbaum T Conference contribution, Conference Contribution Separation of Magnetic Flux Density Trajectories into Subloops for the Prediction of Hysteresis Loss (2020) Stenglein E, Albach M, Dürbaum T Conference contribution Compact Core Loss Model Based on an Effective Frequency for Arbitrary Core Excitations including DC-Bias (2020) Stenglein E, Albach M, Dürbaum T Conference contribution GaN-Half-Bridge for Core Loss Measurements under Rectangular AC Voltage and DC Bias of the Magnetic Flux Density (2020) Stenglein E, Kohlhepp B, Kübrich D, Albach M, Dürbaum T Journal article Novel gan half-bridge configuration for the measurement of core losses under rectangular voltages and DC-bias (2020) Stenglein E, Kohlhepp B, Kübrich D, Albach M, Dürbaum T Conference contribution Influence of magnetic history and accommodation on hysteresis loss for arbitrary core excitations (2019) Stenglein E, Kübrich D, Albach M, Dürbaum T Conference contribution Novel fit formula for the calculation of hysteresis losses including DC-premagnetization (2019) Stenglein E, Kübrich D, Albach M, Dürbaum T Conference contribution New experimental verification of transformer core saturation occurring in forward converters due to remanence flux density (2019) Stenglein E, Scheder A, Kübrich D, Albach M, Dürbaum T Conference contribution