Paul Judge

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Lecturer in Power Electronics & Smart Grids

University of Edinburgh

United Kingdom

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About

Paul Judge is a Lecturer in Power Electronics & Smart Grids at the University of Edinburgh. His research focuses on advanced power electronic systems, including modular multilevel converters and silicon carbide (SiC) technologies. Recent publications include works on magnetic field sensors, PWM modulation techniques, and DC fault response modeling in power conversion systems. His contributions aim to enhance the performance and reliability of power electronic applications.

Recent Grants

Grant: Close

Quietening ultra-low-loss SiC & GaN waveforms

Open Date: 2018-06-16

Close Date: 2022-06-15

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Collaborators (3)

Sebastián Neira

Lecturer in Electrical Machines and Drives

University of Edinburgh

UNITED KINGDOM

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Michael Merlin

UNITED KINGDOM

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Stephen Finney

University of Edinburgh

UNITED KINGDOM

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Paul Judge

Research Interests

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About

Recent Grants

Articles (19)

Millimetre-Scale 200 MHz Bandwidth Magnetic Field Sensor to Measure Switching Current in SiC Module Terminals With Minimal Insertion Inductance

Reduced Overshoots, Oscillations, and $dV/dt$ Generation in Parallel Connected SiC MOSFET Modules With Optional Active Current Balancing

Millimetre-scale 200 MHz Bandwidth Magnetic Field Sensor to Measure Switching Current in SiC Module Terminals with Minimal Insertion Inductance

Quasi-Square-Wave PWM Modulation for Modular Multilevel Converter in Variable Speed Motor Drives With Inductor Energy Recovery

Modeling of the DC Fault Response of Modular Multilevel Converters With Fault Control Capability Considering Converter Saturation

MMC‐HVDC Control Parameter Selection for Grid Code Compliance and Improved System Protection Performance Under AC‐Side Faults

Long-Horizon FCS-MPC Trained 1-D Convolution Neural Networks for FPGA-Based Power-Electronic Converter Control With a Si/SiC Hybrid Converter Case Study

Investigation into active‐gate‐driving performance and potential closed‐loop controller implementations for silicon carbide MOSFET modules

Quasi square wave operation of modular multilevel converter based dual active bridge DC–DC converter with inductor energy recovery

Converter Topology for Megawatt Scale Applications With Reduced Filtering Requirements, Formed of IGBT Bridge Operating in the 1000 Hz Region With Parallel Part-Rated High-Frequency SiC MOSFET Bridge

Blackstart Capability of Modular Multilevel Converters From Partially-Rated Integrated Energy Storage

Delta Configured Multi Busbar Sub-Module Modular Multilevel STATCOM with Partially Rated Energy Storage for Frequency Support

Investigation Into Active Gate-Driving Timing Resolution and Complexity Requirements for a 1200 V 400 A Silicon Carbide Half Bridge Module

Modular Multilevel Converter with Parallel Branch Providing Integrated Partially Rated Energy Storage

Blackstart Capability of Modular Multilevel Converters From Partially-Rated Integrated Energy Storage

Delta Configured Multi Busbar Sub-Module Modular Multilevel STATCOM With Partially Rated Energy Storage for Frequency Support

Investigation Into Active Gate-Driving Timing Resolution and Complexity Requirements for a 1200 V 400 A Silicon Carbide Half Bridge Module

Distributed Neural Network Observer for Submodule Capacitor Voltage Estimation in Modular Multilevel Converters

Cascaded- and Modular-Multilevel Converter Laboratory Test System Options: A Review

Collaborators (3)

Sebastián Neira

Michael Merlin

Stephen Finney

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