Research Explorer

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Researcher

Koen De Gussemé

Awards & Distinctions

50 Results

2008

Distributed generation for mitigating voltage dips in low-voltage distribution grids

Bert RendersKoen De GusseméWR RYCKAERTKurt StockmanLieven VandeveldeMHJ BOLLEN

A1 Journal Article in IEEE TRANSACTIONS ON POWER DELIVERY

Improving the voltage dip immunity of converter-connected distributed generation units

Bert RendersWR RyckaertKoen De GusseméKurt StockmanLieven Vandevelde

A1 Journal Article in RENEWABLE ENERGY

2007

A boost PFC converter with programmable harmonic resistance

Koen De GusseméWR RYCKAERTDM VAN DE SYPEJA GHIJSELENJan MelkebeekLieven Vandevelde

A1 Journal Article in IEEE TRANSACTIONS ON INDUSTRY APPLICATIONS

Digitally controlled boost PFC converter with improved output voltage controller

Frederik De BelieDM VAN DE SYPEKoen De GusseméWRA RYCKAERTJan Melkebeek

A1 Journal Article in ELECTRICAL ENGINEERING

Input impedance of grid-connected converters with programmable harmonic resistance

Bert RendersKoen De GusseméWR RYCKAERTLieven Vandevelde

A1 Journal Article in IET ELECTRIC POWER APPLICATIONS

Input-current distortion of CCM boost PFC converters operated in DCM

Koen De GusseméDM VAN DE SYPEAlex Van den BosscheJan Melkebeek

A1 Journal Article in IEEE TRANSACTIONS ON INDUSTRIAL ELECTRONICS

Voltage Dip Ride-Through Capability of Converter-Connected Generators

Bert RendersKoen De GusseméLieven DegrooteBart MeersmanLieven Vandevelde

2006

Current Waveform Control of a Three-Phase AC-DC Converter with Resistive Shunt Harmonic Impedance Behaviour

Vera De VleeschauwerKoen De GusseméWouter RyckaertL DEWEERDTLieven Vandevelde

Damping potential of single-phase bidirectional rectifiers with resistive harmonic behaviour

Wouter RyckaertKoen De GusseméDM Van de SypeLieven VandeveldeJan Melkebeek

A1 Journal Article in IEE PROCEEDINGS-ELECTRIC POWER APPLICATIONS

Digitale controle van een éénfasige actieve gelijkrichter

Koen De GusseméJ MelkebeekD Van de Sype

Mitigation of harmonic distortion and voltage dips in electrical distribution networks

Bert RendersWouter RyckaertKoen De GusseméLieven DegrooteLieven Vandevelde

Small-signal z-domain analysis of digitally controlled converters

DM VAN DE SYPEKoen De GusseméFrederik De BelieAlex Van den BosscheJan Melkebeek

A1 Journal Article in IEEE TRANSACTIONS ON POWER ELECTRONICS

2005

A Single Switch Buck-Boost Converter with a High Conversion Ratio

David Van de SypeKoen De GusseméWouter RyckaertAlex Van den BosscheJan Melkebeek

A boost PFC converter with programmable harmonic resistance

Koen De GusseméW RYCKAERTD DE SYPEJ GIJSELENA MELKEBEEK

A boost PFC converter with programmable harmonic resistance

Koen De GusseméWouter RyckaertDavid Van de SypeJ GHIJSELENJan Melkebeek

A single switch boost converter with a high conversion ratio

David Van de SypeKoen De GusseméBert RendersAlex Van den BosscheJan Melkebeek

Digitally controlled boost power-factor-correction converters operating in both continuous and discontinuous conduction mode

Koen De GusseméDavid Van de SypeAlex Van den BosscheJan Melkebeek

A1 Journal Article in IEEE TRANSACTIONS ON INDUSTRIAL ELECTRONICS

Duty-ratio feedforward for digitally controlled boost PFC converters

David Van de SypeKoen De GusseméAlex Van den BosscheJan Melkebeek

A1 Journal Article in IEEE TRANSACTIONS ON INDUSTRIAL ELECTRONICS

Experimental verification of the z-domain model for digitally controlled converters

David Van de SypeKoen De GusseméAlex Van den BosscheJan Melkebeek

Experimental verification of the z-domain model for digitally controlled converters

D VAN DE SYPEKoen De GusseméA VAN DEN BOSSCHEJan Melkebeek

Reduction of the voltage distortion with a converter employed as shunt harmonic impedance

Wouter RyckaertKoen De GusseméDavid Van de SypeJ GHIJSELENJan Melkebeek

Reduction of the voltage distortion with a converter employed as shunt harmonic impedance

W RYCKAERTKoen De GusseméD DE SYPEJ GHIJSELENJan Melkebeek

Self-oscillating sine wave oscillator for ferrite loss measurements

Alex Van den BosscheKoen De GusseméV VALCHEVS BARUDOV

Zero-Crossing Distortion in Grid-Coupled AC-DC Converters

Koen De GusseméDavid Van de SypeWouter RyckaertV DE VLEESCHAUWERJan Melkebeek

2004

A sampling algorithm for digitally controlled boost PFC converters

David Van de SypeKoen De GusseméAlex Van den BosscheJan Melkebeek

A1 Journal Article in IEEE TRANSACTIONS ON POWER ELECTRONICS

Digital control of boost PFC converters operating in both continuous and discontinuous conduction mode

Koen De GusseméD VAN DE SYPEA VAN DEN BOSSCHEJan Melkebeek

Digital control of boost pfc converters operated in both continuous and discontinuous conduction mode

Koen De GusseméDavid Van de SypeAlex Van den BosscheJan Melkebeek

Digitally controlled boost PFC converters operated in mixed conduction mode

Koen De GusseméDavid Van de SypeAlex Van den BosscheJan Melkebeek

Fully equipped half bridge building block for fast prototyping of switching power converters

Koen De GusseméD VAN DE SYPEJ VAN DEN KEYBUSA VAN DEN BOSSCHEJan Melkebeek

Fully equipped half bridge building block for fast prototyping of switching power converters

Koen De GusseméDavid Van de SypeAlex Van den BosscheJan Melkebeek

Small-Signal z-Domain Analysis of Digitally Controlled Converters

David Van de SypeKoen De GusseméAlex Van den BosscheJan Melkebeek

Small-signal Laplace-domain analysis of uniformly-sampled pulse-width modulators

David Van de SypeKoen De GusseméAlex Van den BosscheJan Melkebeek

Small-signal laplace-domain analysis of uniformly-sampled pulse-width modulators

D VAN DE SYPEKoen De GusseméA VAN DEN BOSSCHEJan Melkebeek

Small-signal z-domain analysis of digitally controlled converters

D VAN DE SYPEKoen De GusseméA VAN DEN BOSSCHEJan Melkebeek

2003

Duty-Ratio Feedforward for Digitally Controlled Boost PFC Converters

David Van de SypeKoen De GusseméAlex Van den BosscheJan Melkebeek

Duty-ratio feedforward for digitally controlled boost PFC converters

D VAN DE SYPEKoen De GusseméA VAN DEN BOSSCHEJan Melkebeek

Improved Voltage Compensator for Digitally Controlled Boost PFC Converters

Frederik De BelieDavid Van de SypeKoen De GusseméJan Melkebeek

Input current distortion of CCM boost PFC converters operated in DCM

Koen De GusseméD VAN DE SYPEA VAN DEN BOSSCHEJan Melkebeek

Input current distortion of CCM boost PFC converters operated in DCM

Koen De GusseméDavid Van de SypeAlex Van den BosscheJan Melkebeek

Sample correction for digitally controlled boost PFC converters operating in both CCM and DCM

Koen De GusseméD VAN DE SYPEA VAN DEN BOSSCHEJan Melkebeek

Sample correction for digitally controlled boost PFC converters operating in both CCM and DCM

Koen De GusseméDavid Van de SypeAlex Van den BosscheJan Melkebeek

Sampling Algorithm for Small Input Current Distortion in Digitally Controlled Boost PFC Converters

David Van de SypeKoen De GusseméAlex Van den BosscheJan Melkebeek

Zero Voltage Zero Current Converter for Electrical Bike using a 230 V Series Motor

Alex Van den BosscheKoen De GusseméJan Melkebeek

2002

A Sampling Algorithm for Digitally Controlled Boost PFC Converters

David Van de SypeKoen De GusseméAlex Van den BosscheJan Melkebeek

A sampling algorithm for digitally controlled boost PFC converters

D VAN DE SYPEKoen De GusseméA VAN DEN BOSSCHEJan Melkebeek

Design Issues for Digital Control of Boost Power Factor Correction Converters.

Koen De GusseméDavid Van de SypeJan Melkebeek

Design issues for digital control of boost power factor correction converters

Koen De GusseméD VAN DE SYPEJan Melkebeek

Frequency Domain Analysis of Digital Pulse Width Modulators

David Van de SypeKoen De GusseméJan Melkebeek

Sample correction for digitally controlled boost PFC Converters Operating in Both CCM and DCM

Koen De Gussemé

2001

Control of Active Power Factor Correction Converters

Koen De Gussemé