A dc-dc converter has been proposed in order to obtain ultra-efficient (nominal efficiency 99.5%), ultra-compact (50kW/dm3) dc-dc- converter where the input voltage is changed in a very wide range (between 300V and 1000V). Due to the very wide range of the input voltage, the proposed converter is implemented as a combination of a series resonant converter and an ordinary PWM converter. The resonant capacitor is one of the most important parts of the system due to high effective current that it has to conduct. This paper presents experimental results obtained during the selection of the most adequate capacitor technology for the resonant capacitor
This thesis is motivated by the desire for power electronics designers to create power electronic co...
Starting in the early sixties, resonant power converters have been developed in order to overcome th...
This thesis presents a resonant boost topology suitable for very high frequency (VHF, 30-300 MHz) dc...
A dc-dc converter has been proposed in order to obtain ultra-efficient (nominal efficiency 99.5%), u...
This paper presents the concept of topologies and investigation results of switched-capacitor voltag...
This technical report presents the design of the DC-DC power stage of the capacitor charger for MAXI...
Resonant DC/DC converters are the class of converters, which have L-C resonant tank serving as a maj...
Various Resonant Converters for high voltage and high power applications have been designed. Differe...
Resonant converter topologies have the ability to eliminate switching losses through zero-voltage sw...
This paper presents the analysis, modeling, simulation and practical studies of resonant inverters w...
Part I: Resonant Switched-capacitor Converters with Wide Line Regulation Range The traditional s...
In this paper we compare two resonant switched capacitor converters in which the resonant inductor c...
Abstract- A high frequency power converter system suitable to replace a typical power distribution t...
International audienceThe full integration of DC-DC converters offers great promise for dramatic red...
An analysis of the junction capacitance in resonant rectifiers which has a significant impact on the...
This thesis is motivated by the desire for power electronics designers to create power electronic co...
Starting in the early sixties, resonant power converters have been developed in order to overcome th...
This thesis presents a resonant boost topology suitable for very high frequency (VHF, 30-300 MHz) dc...
A dc-dc converter has been proposed in order to obtain ultra-efficient (nominal efficiency 99.5%), u...
This paper presents the concept of topologies and investigation results of switched-capacitor voltag...
This technical report presents the design of the DC-DC power stage of the capacitor charger for MAXI...
Resonant DC/DC converters are the class of converters, which have L-C resonant tank serving as a maj...
Various Resonant Converters for high voltage and high power applications have been designed. Differe...
Resonant converter topologies have the ability to eliminate switching losses through zero-voltage sw...
This paper presents the analysis, modeling, simulation and practical studies of resonant inverters w...
Part I: Resonant Switched-capacitor Converters with Wide Line Regulation Range The traditional s...
In this paper we compare two resonant switched capacitor converters in which the resonant inductor c...
Abstract- A high frequency power converter system suitable to replace a typical power distribution t...
International audienceThe full integration of DC-DC converters offers great promise for dramatic red...
An analysis of the junction capacitance in resonant rectifiers which has a significant impact on the...
This thesis is motivated by the desire for power electronics designers to create power electronic co...
Starting in the early sixties, resonant power converters have been developed in order to overcome th...
This thesis presents a resonant boost topology suitable for very high frequency (VHF, 30-300 MHz) dc...
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