Presentation recordings (click to expand)
Technical Session - Design and Optimization of Magnetics for Different Applications
|
Keynote: Opportunities for New Magnetics Designs to Address Market-Driven Technology Trends in Automotive Applications (Johan Kolar/Jannik Schäfer, ETH Zürich) |
Advanced Algorithms in Magnetic Design: Trends in Modeling and Optimization (Jonas Mühlethaler, Frenetic) |
Panel Discussion (Mühlethaler, Schäfer) |
Magnetics for VRM Applications (Qiang Li, Virginia Tech - CPES) |
Inductor Optimization Based on Choice of Different Magnetic Materials (Lukas Mueller, Micrometals) |
Low Inductance Film Capacitors for Inverter Applications (David Zawacki, Cornell Dubilier) |
Panel Discussion (Li, Mueller, Mühlethaler, Schäfer, Zawacki) |
Technical Session - Thermal Design and Other Special Issues: Partial Discharge, Insulation, etc.
|
Keynote: Thermal, Scaling and Dielectric Issues in Magnetics Design (Charles Sullivan, Dartmouth College) |
Leading Edge Power Magnetics Design - Multi -physical, Multi-dimensional Optimization Relative to Electrical, Thermal and Commercial Objectives (Roman Jamy, Yageo - Kemet) |
Characterization of Partial Discharges in High-frequency Transformer under PWM Pulses (Zhicheng Guo, Arizona State University) |
Thermal Issues with Power Magnetics (Subhashish Bhattacharya, North Carolina State University) |
Panel Discussion (Bhattacharya, Guo, Jamy, Sullivan) |
Closing Remarks: Best of the Best (Alexander Gerfer, Wurth Elektronik) |
Presentation slides (click to expand)
Technical Session - Design and Optimization of Magnetics for Different Applications
- Keynote: Opportunities for New Magnetics Designs to Address Market-Driven Technology Trends in Automotive Applications (Johan Kolar/Jannik Schäfer, ETH Zürich)
- Advanced Algorithms in Magnetic Design: Trends in Modeling and Optimization (Jonas Mühlethaler, Frenetic)
- Magnetics for VRM Applications (Qiang Li, Virginia Tech - CPES)
- Inductor Optimization Based on Choice of Different Magnetic Materials (Lukas Mueller, Micrometals)
- Low Inductance Film Capacitors for Inverter Applications (David Zawacki, Cornell Dubilier)
Technical Session - Thermal Design and Other Special Issues: Partial Discharge, Insulation, etc.
- Keynote: Thermal, Scaling and Dielectric Issues in Magnetics Design (Charles Sullivan, Dartmouth College)
- Leading Edge Power Magnetics Design - Multi -physical, Multi-dimensional Optimization Relative to Electrical, Thermal and Commercial Objectives (Roman Jamy, Yageo - Kemet)
- Characterization of Partial Discharges in High-frequency Transformer under PWM Pulses (Zhicheng Guo, Arizona State University)
- Thermal Issues with Power Magnetics (Subhashish Bhattacharya, North Carolina State University)
Technology Demonstrations Session
- Near Field Measurements, Useful Techniques for Electronics Engineers (Arturo Mediano, HF Magic Labs)
- Computer Aided Inductor Optimization (Lukas Mueller, Micrometals)
- Selecting Capacitors for Your Application with RedExpert (Jon Izkue Rodriguez, Würth Elektronik eiSos)
- Modelling of Integrated LLC Magnetics and High-Leakage Transformers (Tom Wilson, Andrija Stupar, SIMPLIS Technologies)
- Nanocrystalline Soft Magnetic Material (NSMM) Applications in E-Mobility (Bharadwaj Reddy Andapally, CBMM)
- 3D FEM-based Software for Low-Frequency Electromagnetic Behavior in Transformers and Inductors (Juris Vencels, Trafolo)
- Precise Design Data with Micro Pulse 2.0 (JC Sun, Bs&T)
- Ferrites, What Can be Done With Geometry? (Mike Arasim, Fair Rite)
-
Streamlining Bobbin Design to Improve Winding Performance (Chuck Wild, Miles Platt)
- Static and Dynamic Characteristic Tests on Magnetic Devices (Ryu Nagahama, Iwatsu)
Posters
- High-Density Vertical Power Delivery VRM with Twisted Core Inductor (Adhistira Naradhipa, Virginia Tech - CPES)
- Novel Single-Stage-Isolated 3-Φ/1-Φ AC Input EV On-Board Charger Employing Segmented Magnetic Shunt High Stray Inductance Transformers (Daifei Zhang, ETH Zürich)
- MagNet Challenge: What We Learned and What’s Next? (Haoran Li, Princeton University)
- MagNet Project: The Past and the Future (Shukai Wang, Princeton University)
- Mode Analysis, Transformer Saturation, and Fault Diagnosis Technique for an Open-Circuit Fault in a Three-Phase DAB Converter (Shubham Dhiman, North Carolina State University)
- Design Considerations and Performance Evaluation of a 50 kW, 40 kHz DAB Converter with Coaxial Winding Transformer (Shubham Rawat, North Carolina State University)