Research Explorer

Your browser does not support JavaScript or JavaScript is not enabled. Without JavaScript some functions of this webapplication may be disabled or cause error messages. To enable JavaScript, please consult the manual of your browser or contact your system administrator.

Researcher

David Van de Sype

Awards & Distinctions

31 Results

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 GusseméWouter RyckaertDavid Van de SypeJ GHIJSELENJan 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

Ferrite Loss Measurement and Models in Half Bridge and Full Bridge Waveforms

Alex Van den BosscheDavid Van de SypeV VALCHEV

Ferrite losses of cores with square wave voltage and DC bias

V VALCHEVAlex Van den BosscheDavid Van de Sype

Flow Calorimeter for Equipment Test

Alex Van den BosscheDavid Van de SypeV VALCHEV

Inductors combining ring cores and I cores

Alex Van den BosscheDavid Van de SypeY GAO

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

Wouter RyckaertKoen De GusseméDavid Van de SypeJ GHIJSELENJan Melkebeek

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 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 GusseméDavid Van de SypeAlex Van den BosscheJan Melkebeek

Kleinsignaalmodellering van digitaal gestuurde schakelende energie-omzetters

David Van de SypeJan MelkebeekAlex Van den Bossche

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

2003

Duty-Ratio Feedforward for Digitally Controlled Boost PFC Converters

David Van de SypeKoen De GusseméAlex 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 GusseméDavid Van de SypeAlex 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

2002

A Sampling Algorithm for Digitally Controlled Boost PFC Converters

David Van de SypeKoen De GusseméAlex Van den BosscheJan Melkebeek

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

Koen De GusseméDavid Van de SypeJan Melkebeek

Duty-Ratio Feedforward for Boost Power Factor Preregulators

David Van de Sype

Frequency Domain Analysis of Digital Pulse Width Modulators

David Van de SypeKoen De GusseméJan Melkebeek

Gate-drive circuit for zero-voltage-switching half-and full-bridge converters.

David Van de SypeAlex Van den BosscheJehudi MaesJan Melkebeek

A1 Journal Article in IEEE TRANSACTIONS ON INDUSTRY APPLICATIONS

2001

Gate Drive Circuit for Zero-Voltage-Switching Half- and Full-Bridge Converters

David Van de SypeAlex Van den BosscheJan MelkebeekJehudi Maes

2000

Linear voltage amplifier without high voltage driver transistors.

David Van de SypeMarc De WulfDimitre MakaveevAlex Van den Bossche

Digital Control of Boost Power Factor Preregulators: Sampling. RUG-FTW, 2nd PhD Symposium, December 12, 2001, paper 75, 2 p.

David Van de Sype