Power Magnetics @ High Frequency 2019 Workshop Presentations
Content
Presentation recordings (click to expand)
AC Core Loss
| Keynote: High Frequency Effects in the Core (Gerald Hurley, National University of Ireland, Galway) | Magnetics Core Dimensional Effects - Flux Propagation in Ferrites (Marcin Kacki, SMA Magnetics) | Panel Discussion (Hurley, Kacki) | |||
| Series-coupling Characterization of High-Leakage Magnetic Components (John Hayes, University College Cork) | Lumped Transmission Line Model for Displacement and Conductive Eddy Currents in Ferrite Cores (Charles Sullivan, Dartmouth) | Standardized Testing and Data Sheets (Seung Ryul Moon, National Energy Technology Laboratory) | |||
| Panel Discussion (Hurley, Hayes, Sullivan, Moon) |
Thermal Management of Power Magnetics
| Keynote: Recent Trends in Design and Techniques to Influence Thermal Performance of Magnetic Components (Peter Wilson, University of Bath) | Thermal Issues Associated with the Design of Solid State Transformers (Subhashish Bhattacharya, NCSU FREEDM) | Getting the Heat Out (George Slama, Wurth Elektronik) | ||
| Spice Modelling of the Transformer Losses and Thermal Based Verifications (Qichen Yang, Georgia Tech RISE) | Panel Discussion (Wilson, Bhattacharya, Slama, Yang) | Closing Remarks: What Is Right With Magnetics (Alexander Gerfer, Wurth Elektronik) |
Presentation slides (click to expand)
Technical Session - AC Core Loss
- Keynote: High Frequency Effects in the Core (Gerald Hurley, National University of Ireland, Galway)
- Magnetics Core Dimensional Effects - Flux Propagation in Ferrites (Marcin Kacki, SMA Magnetics)
- Series-coupling Characterization of High-Leakage Magnetic Components (John Hayes, University College Cork)
- Lumped Model to Explain and Approximate Dimensional Effects in Ferrite Cores (Charles Sullivan, Dartmouth)
- NETL’s Core Loss Testing and Advanced Data Sheets for Soft Magnetic Materials (Seung Ryul Moon, National Energy Technology Laboratory)
Technology Demonstrations Session
- Development of Distributed Gap Powder Core Materials to Address Higher Frequency Applications 1 MHz at High Operating Temperature Ranges (Chris Oliver, Micrometals)
- Emerging Magnetic Materials and Magnetic Structures (John Lynch, Fair-Rite)
- Fundamentals of L, R, Z Measurments (Jenna Pollock, Independent)
- Materials Magic Nanocrystalline, Amorphous and Powdered Amorphous Cores (Ken’ichi Chata’ni, TOKIN, A Kemet Company)
- Multiscale Nanolaminated Metallic Cores for High Frequency Magnetics (Mark Allen, University of Pennsylvania)
- Pulse Testing of Magnetic Cores and Inductors (JC Sun, Bs&T)
- Soft Magnetic Metal-flake Composite Material Suitable for High Frequency Power Modules (Ken’ichi Chata’ni, TOKIN, A Kemet Company)
- Strain Annealed Metal Amorphous Nanocomposite Soft Magnetic Materials (Seung Ryul Moon, National Energy Technology Laboratory)
Technical Session - Thermal Management of Power Magnetics
- Keynote: Recent Trends in Design and Techniques to Influence Thermal Performance of Magnetic Components (Peter Wilson, University of Bath)
- Thermal Issues Associated with Design of Solid State Transformers (Subhashish Bhattacharya, FREEDM Systems Center)
- Getting the Heat Out (George Slama, Wurth Elektronik)
- Spice Modeling of Transformer Losses and Thermal-Based Verifications (Qichen Yang,Florida State University)
Closing Remarks