Stig Munk-Nielsen at Aalborg University - Research Interests, Publications & Academic Profile

Stig Munk-Nielsen

Aalborg University

Denmark

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Research Interests

Hardware Engineering

100%

Energy Engineering

50%

Solid-state Electronics

70%

Power Electronic

70%

High Voltage Engineering

60%

Circuit Design

60%

Electrical Engineering

50%

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Articles20

Discovery of Loss Imbalance in SiC Half-Bridge Power Modules – Analysis and Validations

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2024

Discovery of Loss Imbalance in SiC Half-Bridge Power Modules - Analysis and Validations

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2024

Thermal cycling characterization of an integrated low-inductance GaN eHEMT power module

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2024

Analysis of Volt-Second Error for Medium Voltage SiC MOSFET Power Modules

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2024

High-Power Electronic Applications Enabled by Medium Voltage Silicon-Carbide Technology: An Overview

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2024

From Vacuum Tubes to Modern Semiconductors: Opportunities for Industrial Heating Industry

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2024

Adaptive Anti-Saturation Control Design of Transformers in Converter-Based Grid Emulators

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2024

Analysis and Mitigation of Transient Overvoltage and Voltage Imbalance in Submodule Capacitors for MMC-Based Grid Emulators

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2024

Inductive Crosstalk Study of Embedded Current Sensor for SiC Die Current Measurement

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2024

Permanent Magnet Biased Inductors–An Overview

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2024

Voltage Balancing of Series Connected SiC MOSFETs with Adaptive-impedance Self-powered Gate Drivers

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2023

Modeling and Operation of Series-Parallel Resonant Load in Industrial RF Dielectric Heating Application

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2023

Integrating 10-kV SiC MOSFET Into Battery Energy Storage System With a Scalable Converter-Based Self-Powered Gate Driver

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2023

Digital Average Current Predictive Control for Multiphase Interleaved DC-DC Converters

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2023

Medium-Voltage Megawatt Power-Electronic-Based Grid Emulators: Testing Capability Requirements and Dynamics Challenges – A Review

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2023

Power-Hardware Design and Topologies of Converter-Based Grid Emulators for Wind Turbines

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2023

Short-Circuit Characteristic of Single Gate Driven SiC MOSFET Stack and its Improvement With Strong Anti-Short Circuit Fault Capabilities

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2022

Parasitic Capacitance Modeling of Inductors Without Using the Floating Voltage Potential of Core

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2022

A Comparative Study on Parasitic Capacitance in Inductors With Series or Parallel Windings

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2022

Rethinking Basic Assumptions for Modeling Parasitic Capacitance in Inductors

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2022

Collaborators15

Asger Bjørn Jørgensen

Aalborg University

DENMARK

Dipen Narendra Dalal

Aalborg University

DENMARK

Morten Rahr Nielsen

Aalborg University

DENMARK

Xiongfei Wang

KTH Royal Institute of Technology

SWEDEN

Zhixing Yan

Aalborg University

DENMARK

Zhan Shen

Aalborg University

DENMARK

Wentao Liu

Aalborg University

DENMARK

Szymon Bęczkowski

Associate Professor

Aalborg University

DENMARK

masaki takahashi

Aalborg University

DENMARK

Zhongchao Sun

Aalborg University

DENMARK

Pawel Kubulus

Aalborg University

DENMARK

Alex J. Hanson

University of Texas at Austin

UNITED STATES

Christian Uhrenfeldt

Associate Professor

Aalborg University

DENMARK

Zejie Li

Aalborg University

DENMARK

Hongbo Zhao

Associate Professor

Aalborg University

DENMARK

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