Sullivan, Charles - Thayer School of Engineering, Dartmouth College

• Physically-Based Distributed Models for Multi-Layer
• Optimal Choice for Number of Strands in a Litz-Wire Transformer Winding
• Modelling Foil Winding Configurations with Low AC and DC Resistance
• Using Dielectric Losses to De-Ice Power Transmission Lines with 100 kHz High-Voltage
• Soft Magnetic Properties of Obliquely Deposited Co-Zr-O Films
• Microfabricated Coupled-Inductors for DC-DC Converters for Microprocessor Power Delivery
• Thin-Film Inductor Designs and Materials for High-Current Low-Voltage Power
• Evaporatively Deposited Co-MgF2 Granular Materials for Thin-Film Inductors
• Stator-Flux-Based Vector Control of Induction Machines in Magnetic Saturation
• Optimal Choice for Number of Strands in a Litz-Wire Transformer Winding
• Design of Microfabricated Inductors for Microprocessor Power Delivery
• Perpendicular anisotropy in granular Co-Zr-O C. R. Sullivan
• Easy-To-Use CAD Tools for Litz-Wire Winding Optimization
• Converter and Inductor Design for Fast-Response Microprocessor Power Delivery
• Optimization of Stranded-Wire Windings and Comparison with Litz Wire on the Basis of Cost and Loss.
• Evaluation of Magnetic Materials for Very High Frequency Power Applications
• Loss Models for Shaped Foil Windings on Low-Permeability Cores
• A High-Field High-Frequency Permeance Meter For Thin-Film Materials
• Simulation Model of Common-Mode Chokes for High-Power Applications
• 30-MHz Power Inductor Using Nano-Granular Magnetic Material
• Design and Fabrication of Low-Loss Toroidal Air-Core Inductors
• Comparison of Loss in Single-Layer and Multi-Layer Windings with a DC Component
• Simplified Design of Common-Mode Chokes for Reduction of Motor Ground Currents in Inverter
• Comparison of Single-Layer and Multi-Layer Windings with Physical Constraints or Strong
• High-Frequency Resistivity of Soft Magnetic Granular Films
• An equivalent complex permeability model for litz-wire windings
• Optimization of Stranded-Wire Windings and Comparison with Litz Wire on the Basis of Cost
• Physically-Based Distributed Models for Multi-Layer Ceramic Capacitors
• Effect of Evaporative Deposition Angle on Anisotropy in Co-MgF2 Nanocomposite Soft
• Coupled Inductor Design Optimization for Fast-Response Low-Voltage DC-DC Converters
• An Improved Two-Dimensional Numerical Modeling Method for E-Core Transformers
• Winding Loss Calculation with Multiple Windings, Arbitrary Waveforms and
• Analytical Method for Generalization of Numerically Optimized Inductor Winding Shapes
• Cost-Constrained Selection of Strand Wire and Number in a Litz-Wire Transformer Winding
• Optimization of Shapes for Round Wire, High Frequency Gapped Inductor Windings
• Cost-Constrained Selection of Strand Wire and Number in a Litz-Wire Transformer Winding
• Automotive Application of Multi-Phase Coupled-Inductor DC-DC Converter
• General Comparison of Power Loss in Single-Layer and Multi-Layer Windings
• Improved Distributed Model for Capacitors in High-Performance Packages
• Aluminum Windings and Other Strategies for High-Frequency Magnetics Design in an Era of
• Three-Dimensional Animations of Power-Electronics Circuits Visualize Voltage and
• Simplified High-Accuracy Calculation of Eddy-Current Losses in Round-Wire Windings
• Optimization of a Flyback Transformer Winding Considering Two-Dimensional Field Effects, Cost
• Stranded Wire With Uninsulated Strands as a Low-Cost Alternative to Litz Wire
• Analysis of Minimum Cost in Shape-Optimized Litz-Wire Inductor Windings
• Gapped-Inductor Foil Windings with Low AC and DC Resistance
• Multi-Layer Barrel-Wound Foil Winding Design C. R. Sullivan
• The Hybridization of a Formula Race Car K. W. Benson
• Fabrication of Thin-Film V-Groove Inductors Using Composite Magnetic Materials
• The Quasi-Distributed Gap Technique for Planar Inductors-Design Guidelines
• AC Resistance of Planar Power Inductors and the Quasidistributed Gap Technique
• Computationally Efficient Winding Loss Calculation with Multiple Windings, Arbitrary
• Comparison of Magnetic Materials for V-Groove Inductors and MOSFETs in Optimised
• Accurate Prediction of Ferrite Core Loss with Nonsinusoidal Waveforms Using Only Steinmetz
• Capacitors with Fast Switching Require Distributed Models
• Shapeopt Instructions 1 http://power.thayer.dartmouth.edu
• An Improved Calculation of Proximity-Effect Loss in High-Frequency Windings of Round
• Multi-Layer Folded High-Frequency Toroidal Inductor Windings
• A Soft-Switched Square-Wave Half-Bridge DC-DC Converter
• Design of Microfabricated Inductors C. R. Sullivan
• Optimized Magnetic Components Improve Efficiency of Compact Fluorescent Lamps
• Improved Calculation of Core Loss With Nonsinusoidal Waveforms
• Control of Ultracapacitor-Battery Hybrid Power Source for Vehicular Applications
• Impedance-Analyzer Measurement of High-Frequency Power Passives: Techniques for
• Aluminum Windings and Other Strategies for High-Frequency Magnetics Design in an Era of
• Breaking the ice: de-icing power transmission lines with high-frequency, high-voltage excitation
• A Two-Dimensional Equivalent Complex Permeability Model for Round-Wire Windings
• Fabrication of Thin Film V-Groove Inductors using Composite Magnetic Materials
• Microfabricated V-Groove Power Inductors for High-Current Low-Voltage Fast-Transient
• Measured electrical performance of V-groove inductors for microprocessor power delivery
• Optimal Core Dimensional Ratios for Minimizing Winding Loss in High-Frequency