| | Issue Date | Title | Author(s) | |
| 1 | | 2017 | A novel method of transfer-function identification for modeling DM impedance of AC motor | Miloudi, Houcine; Bendaoud, Abdelber; Miloudi, Mohamed; Dickmann, Stefan ; Schenke, Stefan |
| 2 | | 1-Aug-2022 | A Transfer Function Method to Calculate Radiation of Sources With Stochastic Signals | Engeln, Alexander; Rathjen, Kai-Uwe ; Pahl, Arne ; Dickmann, Stefan |
| 3 |  | 2022 | Analyse und Charakterisierung aktueller Siliziumkarbid-Bauelemente für ein digitales Lebenszyklus-Monitoring robuster Leistungselektronik in kritischer Infrastruktur | Brandt, Sönke ; Rasch, Martin Wilhelm ; Hoffmann, Klaus F. ; Podendorf, Simon ; Buran, Ahmet Ozan ; Dickmann, Stefan ; Tulu, Eden Tafa ; Stiemer, Marcus |
| 4 | | 17-Oct-2022 | Analysis and Discussion of Different Three-Phase dv/dt Filter Topologies and the Influences of Their Filter Parameters on Losses and EMC | Fritze, Eric ; Meissner, Michael ; Hoffmann, Klaus Friedrich ; Rathjen, Kai-Uwe ; Dickmann, Stefan ; Woywode, Oliver |
| 5 | | 2022 | Analysis of Sensor Disturbances Caused by IEMI | Pahl, Arne ; Dickmann, Stefan |
| 6 | | 2015 | Analysis of the effect of different absorber materials and loading on the shielding effectiveness of a metallic enclosure | Parr, Stefan ; Karcoon, Hamed; Dickmann, Stefan ; Rambousky, Ronald |
| 7 | | 2022 | Avoiding Electromagnetic Interference Induced Risks for Autonomous Driving | Dickmann, Stefan ; Aizpurua Aldasoro, Unai ; Brandt, Tim ; Hagel, Michael ; Kampert, Erik ; Wendt, Marita ; Hoffmann, Klaus F. ; Stiemer, Marcus |
| 8 | | 2016 | Bestimmung der transienten Schirmeffektivität für HPM- und UWB-Signale sowie des Einflusses von Absorbern und Beladung innerhalb des Schirms | Parr, Stefan ; Karcoon, Hamed; Dickmann, Stefan |
| 9 | | 2014 | Common mode chokes and optimisation aspects | Kut, Tobias; Lücken, Arno ; Dickmann, Stefan ; Schulz, Detlef |
| 10 | | 2017 | Effects of Aperture Size on Q factor and Shielding Effectiveness of a Cubic Resonator | Parr, Stefan ; Fink, Stephan ; Dickmann, Stefan ; Schaarschmidt, Martin |
| 11 | | 2018 | Einfluss eines elektrisch nicht-leitenden Kühlkörpers auf gestrahlte und leistungsgebundene Störungen von Leistungshalbleitern | Fink, Stephan ; Fahlbusch, Sebastian ; Dickmann, Stefan ; Hoffmann, Klaus Friedrich ; Rathjen, Kai-Uwe |
| 12 | | 2013 | EMC studies on systems with hybrid filter circuits for modern aircraft applications | Kut, Tobias; Chand, Benian; Lücken, Arno ; Dickmann, Stefan ; Schulz, Detlef |
| 13 | | 2017 | Estimating parasitic resonances by analysis of the late time response | Braining, Sergej; Dickmann, Stefan ; Kreitlow, Matthias |
| 14 | | 2018 | Influence of an Electrically Non-Conducting Heat Sink for Power Semiconductors on Radiated Interferences | Fink, Stephan ; Rathjen, Kai-Uwe ; Fahlbusch, Sebastian ; Hoffmann, Klaus Friedrich ; Dickmann, Stefan |
| 15 | | 2016 | Measurement of the electric transient shielding effectiveness of acubic resonator in time and frequency domain | Parr, Stefan ; Dickmann, Stefan ; Schaarschmidt, Martin |
| 16 | | 2013 | Optimal design of active EMC filters | Chand, Benian; Kut, Tobias; Dickmann, Stefan |
| 17 | | 2014 | Optimierte Auslegung von induktiven Bauelementen für EMV-Filter in mobilen Anwendungen | Kut, Tobias; Lücken, Arno ; Dickmann, Stefan ; Schulz, Detlef |
| 18 | | 2015 | Predicting the conducted emissions of switched-mode power converters including component and printed circuit board parasitics | Weßling, Sören; Dickmann, Stefan |
| 19 | | 2013 | Prediction of conducted emissions produced by a dc-dc-converter using component parasitics and partial inductances | Weßling, Sören; Dickmann, Stefan |
| 20 | | 2018 | Reducing EMC Problems Caused by Power Semiconductors Using an Electrically Non-Conducting Heat Sink | Fink, Stephan ; Fahlbusch, Sebastian ; Hoffmann, Klaus Friedrich ; Dickmann, Stefan |
