Power Magnetics @ High Frequency 2021 Workshop Agenda

PSMA Magnetics Committee and IEEE PELS Workshop:

Power Magnetics @ High Frequency

Date: Wednesday June 2 & Thursday June 3, 2021
Time: 9 AM - 3 PM CDT (2 PM - 8 PM GMT)
Virtual
All sessions will be recorded and made available on demand to registered attendees
 
Tentative agenda, subject to change
 

Day 1 EMI Issues Caused and Solved By Magnetics

Session I 

  • Active EMI Filters for High Power Density Converters;  Balaji Narayanasamy, Tesla
  • Impact of Power Inductor on EMI Performance of DC/DC Converters; Ammad Javed, Ernst Abbe University of Applied Science Jena
  • Influence of Different Core Materials on the Frequency Response of a Line Filter; Stefanie Birkenbach, Wurth Elektronik
  • Ferrite Material Characteristics in Suppression Devices; Mike Arasim, Fair-Rite Products Corp.
  • EMI Mitigation Techniques for Wide-Bandgap Devices (WBDs); Jared Quenzer, Wurth Elektronik
  • Damped Oscillation Validation of Nanocrystalline Core for Common Mode Choke; JC Sun, Bs&T
  • EMI Filter Designer; Frank Puhane, Wurth Elektronik
  • Near Magnetic Field Measurements and EMI Measurements; Asif Imran Emon, Stoneybrook University
  • Magnetic Materials for EMI Applications; Mark Diperi, Toshiba

Break

Session II

  • Introduction, Best of the Best; Alexander Gerfer, Wurth Elektronik
  • Keynote: High Frequency “side-effect” Mitigation in Power Electronics Converters: Modeling and Integrated Filtering Solutions; Fang Luo, Stoneybrook University
  • Panel Discussion; All presenters
 

Day 2 Integrated Magnetics

Session I

  • Think Outside the Core: Frequency-Domain Model Enables Accurate Time-Domain Simulation of Coupling Effects and Winding Losses; Bryce Hesterman, Utah State University
  • Magnetic Component Integration for Increased Efficiency, Improved Power Density and Reduced Cost; John Gallagher, Pulse Engineering
  • VIRT: A Hybrid Magnetic and Electronic Structure for High-Step-Down, High Output-Current Power Conversion; Mike Kavian Ranjram, MIT
  • Design of Integrated Magnetics using Artificial Intelligence; Chema Molina, Frenetic
  • A Method for Modeling Magnetics with Coupled Windings Using Equivalent Circuits Based on Mutual Impedances; Bryce Hestermann, Utah State University
  • PCB Winding Integrated Coupled Inductor for Multi-Phase PFC Converter; Shuo Wang, Virginia Tech - CPES
  • New Powder Core Materials for Input Filter Chokes; John Noble, Spang Magnetics
  • Distributed Gap Cores for Charging Station & Automotive Applications; Chris Spadafora, TDK Electronics

Break

Session II

  • Introduction, Best of the Best; Alexander Gerfer, Wurth Elektronik
  • Keynote: High Efficiency and High Density 48V LLC Converters with Integrated Planar Magnetics for Data Center Application; Qiang Li, Virginia Tech - CPES
  • Panel Discussion
 
 

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