The aim of the article is to maximize the battery life using LLC resonant tank. LLC tank designing methodology and also the practical designing examination is introduced in LLC multi converter. Designed dc- dc converter increases the battery life by eliminating low and high frequency current ripples. In addition, bridgeless cuk converter is used for power factor improvement. To achieve the better power factor and to reduce the conduction losses the cuk converter is aimed to function in discontinuous mode of conduction (DCM). DC output voltage ranging 42-24 V for 650 W is obtained from the modelling for battery charging application
The paper deals with magnetic devices impact on LLC converter design for an on-board battery charger...
This paper proposes a dual-input LLC resonant converter that interfaces with one PV panel and one ba...
This paper proposes a method to charge a lithium ion battery with an integrated compensator. Unlike ...
This paper proposes a half-bridge LLC resonant converter with two resonant tanks for plug-in electri...
Everyday the number of devices with a battery inside is increasing. From smartphones to electric veh...
In this study, an optimal design procedure of inductor-inductor-capacitor (LLC) resonant converter f...
In this study, optimal operation region of a LLC resonant converter is discussed for on-board electr...
In this study, optimal operation region of a LLC resonant converter is discussed for on-board electr...
Usually battery chargers have two stages and DC charging current is considered to by necessary for a...
This paper is focused on the design and development of a new DC/DC converter based on LLC topology f...
Today\u27s large-scale utility applications with microinverter and batteries require DC/DC converter...
The aim of this diploma thesis is to study the resonant converters operation. This paper is concrete...
A LLC resonant topology is analyzed to derive efficiency and cost optimal design for wide input rang...
Electric Vehicle (EV) bidirectional charger technology is growing in importance. It defines the fact...
###EgeUn###In this study, a novel control method for LLC resonant converter with wide output voltage...
The paper deals with magnetic devices impact on LLC converter design for an on-board battery charger...
This paper proposes a dual-input LLC resonant converter that interfaces with one PV panel and one ba...
This paper proposes a method to charge a lithium ion battery with an integrated compensator. Unlike ...
This paper proposes a half-bridge LLC resonant converter with two resonant tanks for plug-in electri...
Everyday the number of devices with a battery inside is increasing. From smartphones to electric veh...
In this study, an optimal design procedure of inductor-inductor-capacitor (LLC) resonant converter f...
In this study, optimal operation region of a LLC resonant converter is discussed for on-board electr...
In this study, optimal operation region of a LLC resonant converter is discussed for on-board electr...
Usually battery chargers have two stages and DC charging current is considered to by necessary for a...
This paper is focused on the design and development of a new DC/DC converter based on LLC topology f...
Today\u27s large-scale utility applications with microinverter and batteries require DC/DC converter...
The aim of this diploma thesis is to study the resonant converters operation. This paper is concrete...
A LLC resonant topology is analyzed to derive efficiency and cost optimal design for wide input rang...
Electric Vehicle (EV) bidirectional charger technology is growing in importance. It defines the fact...
###EgeUn###In this study, a novel control method for LLC resonant converter with wide output voltage...
The paper deals with magnetic devices impact on LLC converter design for an on-board battery charger...
This paper proposes a dual-input LLC resonant converter that interfaces with one PV panel and one ba...
This paper proposes a method to charge a lithium ion battery with an integrated compensator. Unlike ...