Dr.-Ing. Daniel Kübrich

Lehrstuhl für Optoelektronik

A Fast and Accurate Calculation Method for Predicting the DC-link Voltage Ripple in Battery-fed PWM Inverter Systems (2018) Mantzanas P, Hasenohr C, Dürbaum T, Bucher A, Pawellek A, Kübrich D, Hofmann H Conference contribution, Conference Contribution A novel approach to reduce losses in boost PFC stage of a 90W-adapter (2017) Schmidt E, Kübrich D, Dürbaum T Conference contribution, Conference Contribution Square wave based small signal modeling of frequency controlled converters (2017) Dobusch J, Oeder C, Kübrich D, Dürbaum T Conference contribution, Conference Contribution Analytical Calculation of the Current Depending Inductance of a Stepped Air Gap Inductor (2016) Stenglein E, Kübrich D, Albach M Conference contribution, Conference Contribution Prediction of the non-linear behavior of a stepped air gap inductor (2016) Stenglein E, Kübrich D, Albach M Conference contribution, Conference Contribution Effect of the EMC requirements on the power supply design for modern railway systems [Auswirkung der EMV-Anforderungen auf den Netzteilentwurf für Modellbahnsysteme] (2016) Kübrich D, Albach M, Schöllkopf K Conference contribution, Conference Contribution Efficiency improvement of a flyback converter by employing a stepped air-gap transformer (2016) Mantzanas P, Barwig M, Kübrich D, Dürbaum T Conference contribution, Conference Contribution Analysis of the Flyback Converter Utilizing a Transformer with Stepped Air-Gap (2016) Mantzanas P, Kübrich D, Barwig M, Dürbaum T Conference contribution, Conference Contribution Dynamically adapting equivalent circuit model describing the EMI behaviour of magnetic components (2013) Diepold F, Kübrich D, Leicht AC, Albach M Conference contribution, Conference Contribution Application specific efficiency improvement for an industrial point of load converter (2013) Tech H, Oeder C, Kübrich D, Dürbaum T Conference contribution, Conference Contribution