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Michael Gleißner

Observed names: Gleißner, Michael, Michael Gleisner, Michael Gleissner
ORCID: 0000-0002-3497-786X
Observed ORCID: 0000-0002-3497-786X
OpenAlex ID: A5047947332
Design and control of fault-tolerant non-isolated multiphase multilevel dc–dc converters for automotive power systems
2015 · Michael Gleissner, Mark Bakran · IEEE Transactions on Industry Applications · 87
Design and control of fault-tolerant non-isolated multiphase multilevel DC-DC converters for automotive power systems
2015 · Michael Gleissner, Mark-M. Bakran · IEEE International Conference on Electrical Systems for Aircraft, Railway, Ship Propulsion and Road Vehicles & International Transportation Electrification Conference (ESARS-ITEC) · 24
Junction Temperature Measurement Based on the Internal Gate Resistance for a Wide Range of Power Semiconductors
2023 · Michael Gleissner, Dominik Nehmer, et al. · IEEE Open Journal of Power Electronics · 18
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Comparison of fault-tolerant multilevel inverters
2017 · Michael Gleissner, Robert Maier, et al. · European Conference on Power Electronics and Applications · 13
Efficiency and Cost Comparison of B6 and Hybrid ANPC Converters for Traction Drives
2020 · Johannes Haring, Michael Gleissner, et al. · European Conference on Power Electronics and Applications · 10
A real-life fuse design for a fault-tolerant motor inverter
2016 · Michael Gleissner, Mark-M. Bakran · European Conference on Power Electronics and Applications · 9
Fault-Tolerant B6-B4 Inverter Reconfiguration with Fuses and Ideal Short-On Failure IGBT Modules
2016 · Michael Gleißner, Mark‐M. Bakran · 8
Reliable & Fault-Tolerant DC/DC-Converter Structures
2014 · Michael Gleißner, Mark‐M. Bakran · PCIM Europe: International Exhibition and Conference for Power Electronics, Intelligent Motion, Renewable Energy and Energy Management (PCIM Europe) · 8
Comparison of multiphase versus multilevel DC/DC-converters for automotive power
2013 · Michael Gleisner, Mark-M. Bakran · European Conference on Power Electronics and Applications · 8
Analytical Loss Calculation for ANPC Converters in Electric Drive Applications Using Different Modulation Strategies to Determine Efficiency and Overall Cost
2020 · Johannes Haering, Michael Gleißner, et al. · PCIM Europe digital days 2020; International Exhibition and Conference for Power Electronics, Intelligent Motion, Renewable Energy and Energy Management · 7
First Fault-Resilient High-Power 5-Level Flying Capacitor DC-DC Converter with Ideal Short-On Failure IGBT Modules
2015 · Michael Gleißner, Mark‐M. Bakran, et al. · PCIM Europe: International Exhibition and Conference for Power Electronics, Intelligent Motion, Renewable Energy and Energy Management (PCIM Europe) · 6
Advantageous Fault-tolerant Multilevel and Multiphase Inverter Systems for Automotive Electric Powertrains
2020 · Michael Gleissner, Johannes Haring, et al. · International Conference on Ecological Vehicles and Renewable Energies (EVER) · 5
Reconfiguration of fault-tolerant inverters with reduced maximum output voltage or current in combination with permanent magnet synchronous machines
2019 · Michael Gleissner, Johannes Haring, et al. · European Conference on Power Electronics and Applications · 5
Driver integrated fault-tolerant reconfiguration after short-on failures of a SiC MOSFET ANPC inverter phase
2018 · Michael Gleißner, Teresa Bertelshofer, et al. · 5
Operation of fault-tolerant non-isolated multiphase 3-level DC-DC converters for 48 V automotive power systems
2015 · Michael Gleissner, Mark-M. Bakran · European Conference on Power Electronics and Applications · 5
Failure characteristics of discrete power semiconductor packages exceeding electrical specifications
2014 · Michael Gleissner, Mark-M. Bakran · European Conference on Power Electronics and Applications · 5
Perceptibility comparison of degraded thermal parameters of a power module by junction temperature measurement via the internal gate resistance and forward voltage
2021 · Michael Gleissner, Oliver Schilling, et al. · European Conference on Power Electronics and Applications · 4
Direct and indirect feed-in for inductive power transfer systems with multiple loads
2011 · Michael Gleissner, Matthias Sollner, et al. · IEEE AFRICON · 4
Influence of inverse coupled inductors on fault-tolerant operation of two-phase DC-DC converters
2015 · Michael Gleissner, Mark-M. Bakran · European Conference on Power Electronics and Applications · 3
Fault-Tolerant Flying Capacitor Multilevel DC/DC-Converters
2013 · Michael Gleißner, Mark‐M. Bakran · 3
Analytical computation of normal and fault-tolerant active short circuit operation of anisotropic synchronous double star machines
2020 · Michael Gleissner, Johannes Haring, et al. · European Conference on Power Electronics and Applications · 2
Influence of the power semiconductor packaging on the failure characteristic for safety-critical applications
2017 · Michael Gleißner, Mark‐M. Bakran · 2
Reduction of Thermal Stress by Means of a Non-Linear Thermal Capacitance Close to the Chip
2025 · Michael Gleissner, Moritz Naumann, et al. · Energy Conversion Congress and Expo Europe (ECCE Europe) · 1
Asymmetric three-phase operation of fault-tolerant inverters for increased output torque of electric machines
2019 · Johannes Häring, Michael Gleißner, et al. · ERef Bayreuth (University of Bayreuth) · 1
Analysis of a Phase-Change Cooling System Using Experiments, Cauer Network Modeling and Computational Fluid Dynamics
2026 · Moritz Naumann, Michael Gleissner, et al.
Works count: 41
Citation count: 244
H-index: 8
I10-index: 5
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