Exhibition
Exhibition
Exhibitors at EEHE 2026
The technical and poster exhibition at the EEHE international conference forms the centrepiece of the event. Alongside the presentations, participants can find out about the latest products, services and developments and network directly with exhibitors and poster authors. This is where conference attendees gather during the breaks for lively discussions. The catering area is located at the heart of the exhibition.
Poster presentation
| P-01 | Cost-efficient BLDC motor drivers with 48V supply: An analysis from the perspective of power MOSFETs under different operating conditions | Christoph Schulz-Linkholt Co-Autoren: Torsten Kuske | Infineon Technologies |
| P-02 | Determination of suitable test parameters for industrial leak testing - Quality control of EV components in the manufacturing process | Dr. Joachim Lapsien | CETA Testsysteme GmbH |
| P-03 | Inverter Evaluation kit for Traction EV applications using Gen2 CoolSiC™ MOSFET -based Double-Sided Cooled Power Module | Hakan Akabay Co-Autoren: K. Ezzeddine, Ch. Pannemann | Infineon Technologies AG |
| P-04 | Low-Inductive HybridPACK™ HD Power Module for Future Proof-eTRUCK Inverters | Michael Ditz Co-Autoren: Dr. U. Nolten, W. Rusche, Dr. C. R. Müller | Infineon Technologies AG |
| P-05 | “Shift Left!” – Accelerating E/E Integration Testing for Electrified Vehicle Architectures | Master of Science Jakov Sprljan | Schleißheimer Soft- und Hardwareentwicklung GmbH |
| P-06 | Power stage design for 800 VDC automotive applications: challenges of a cost-effective integration | Dr. Ing. Antonin Ribière Co-Autoren: Böhm Magnus; Peipponen, Mikko | Compact Power Motion GmbH |
| P-07 | Shifting Left in EMC - EMC Simulation, Optimization and Validation of ECUs by a OneCockpit Approach | Djordjevic Srdjan Co-Autoren: Anna Harder, Head of Development Hardware Engineering Lighting (Marelli) | Cadence Design Systems GmbH together with Marelli Germany GmbH |
| P-08 | New 1400 V SiC MOSFET for Performance and Efficiency Boost in eTRUCK Inverters | Dr. Gernot Stracke Co-Autoren: Christian R. Müller, Hassan Ali | Infinineon Technologies AG |
| P-09 | Benefits of CIPOS™ Prime SiC-Molded Modules in automotive high voltage applications | Sebastian Kraus Co-Autoren: Peter Weiss, Sam Chan, Stephan Borg | Infineon Technologies AG |
| Poster | Title | Autor | Company |
| P-01 Christoph Schulz-Linkholt Co-Autoren: Torsten Kuske Infineon Technologies Cost-efficient BLDC motor drivers with 48V supply: An analysis from the perspective of power MOSFETs under different operating conditions |
| P-02 Dr. Joachim Lapsien CETA Testsysteme GmbH Determination of suitable test parameters for industrial leak testing - Quality control of EV components in the manufacturing process |
| P-03 Hakan Akabay Co-Autoren: K. Ezzeddine, Ch. Pannemann Infineon Technologies AG Inverter Evaluation kit for Traction EV applications using Gen2 CoolSiC™ MOSFET -based Double-Sided Cooled Power Module |
| P-04 Michael Ditz Co-Autoren: Dr. U. Nolten, W. Rusche, Dr. C. R. Müller Infineon Technologies AG Low-Inductive HybridPACK™ HD Power Module for Future Proof-eTRUCK Inverters |
| P-05 Master of Science Jakov Sprljan Schleißheimer Soft- und Hardwareentwicklung GmbH “Shift Left!” – Accelerating E/E Integration Testing for Electrified Vehicle Architectures |
| P-06 Dr. Ing. Antonin Ribière Co-Autoren: Böhm Magnus; Peipponen, Mikko Compact Power Motion GmbH Power stage design for 800 VDC automotive applications: challenges of a cost-effective integration |
| P-07 Djordjevic Srdjan Co-Autoren: Anna Harder, Head of Development Hardware Engineering Lighting (Marelli) Cadence Design Systems GmbH together with Marelli Germany GmbH Shifting Left in EMC - EMC Simulation, Optimization and Validation of ECUs by a OneCockpit Approach |
| P-08 Dr. Gernot Stracke Co-Autoren: Christian R. Müller, Hassan Ali Infinineon Technologies AG New 1400 V SiC MOSFET for Performance and Efficiency Boost in eTRUCK Inverters |
| P-09 Sebastian Kraus Co-Autoren: Peter Weiss, Sam Chan, Stephan Borg Infineon Technologies AG Benefits of CIPOS™ Prime SiC-Molded Modules in automotive high voltage applications |
| Poster |
Vicor Corporation · www.vicorpower.com
Vicor Corporation develops, designs and manufactures high-density modular power components and complete power supply systems based on a portfolio of patented technologies. Our automotive-qualified DC-DC converter modules enable the miniaturisation and optimisation of automotive power supply systems to meet today’s most demanding electrification challenges. Vicor’s power supply networks support high-voltage conversion from 800 V to 48 V and 12 V, fast charging of electric vehicles, and bridging between 48 V and 12 V in zone architectures.
PE Systems GmbH · www.pe-systems.de
PE-Systems develops automated test and design automation solutions for power electronics with a strong focus on automotive applications. Our modular test platform (dynamic, static) enables fast and reliable characterization of Si, SiC and GaN power semiconductors for development, validation and production, covering AQG-324 qualification needs both in the lab and with our new end-of-line tester in production. In addition, our web-based software tools help engineers identify the right components, make informed and traceable design decisions, explore design spaces efficiently and accelerate the development of optimized power electronic systems.
