A review of multi-elements resonant converters topologies

Koscelnik, Juraj; Frivaldský, Michal; Mazgut, Roman

doi:10.1109/elektro.2014.6848909

Cited by 34 publications

(10 citation statements)

References 6 publications

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“…Another two element RC called the parallel resonant converter (PRC) offers high impedance at resonant frequency and so it is suggested for induction heating application [19]. Similar overview of other series-parallel RCs in three and four element forms is presented in [20] and [21]. It is evident that, identifying the characteristics of a RC is an essential prerequisite in selecting a topology for specific application.…”

Section: Overview On Charging Technologiesmentioning

confidence: 98%

A Comprehensive Study of Capacitive Loaded Resonant Converter Topologies for Charging Applications

Pandeswara

Naresh

2021

IJEEI

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Resonant converters (RCs) are perceiving global interests of the research community for its eminent contribution in design of many industrial and commercial applications. Rich literature and well-established technology is available to define the role of RCs in such applications where the load is predominantly passive and resistive. However in applications like charging, the nature of load is often interpreted as capacitive and the knowledge on how a RC reciprocates to such variable, non linear load is limited. Motivated by this, the paper investigates about 25 capacitive loaded resonant structures and each of them is thoroughly analyzed to evaluate various key parameters like the output current, peak input current, and current gain. A comparative study is done to categorize and organize these topologies in regard to each of the said parameters. This provides a quick overview of various resonant converter topologies and helps designers to choose a structure that may fit their application. To this base knowledge, the study is further narrowed down to find suitable topology for charging application and accordingly proposed a novel fourth-order RC topology called LA7. A hardware prototype was built to compare and validate the simulated and measured performances.

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Section: Overview On Charging Technologiesmentioning

confidence: 98%

A Comprehensive Study of Capacitive Loaded Resonant Converter Topologies for Charging Applications

Pandeswara

Naresh

2021

IJEEI

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“…Coefficient 2 is however often replaced with 10, 20 or more for best accuracy (Carellas, 2011, Držík et al, 2008, Koscelník et al, 2014.…”

Section: High-speed Cinematographymentioning

confidence: 99%

Parameters measurement of the object in a video sequence

et al. 2015

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This article deals with the analysis of the selected parameters which describes the conduct of the interest objects in the video sequences. The objects of interest are cilia -the microscopic moving matter covering human lungs. The moving objects are captured by high-speed video camera and image analysis is used for evaluation. The proper assessment of obtained images is very important for right determining patient's diagnosis. The achievement of this study is software designed for segmentation of images of video sequences which may be further used for statistic and morphological assessment of the cilia of the respiratory epithelium.

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“…This is especially true for high-frequency transformer of the flyback converter. Therefore, this topology has the great transformer requirements, mainly core saturation or thermal management [14][15][16][17].…”

Section: E 6 056 4475mentioning

confidence: 99%

Simulation Verification of Balancing System Based on Number of Cells

Šimčák¹,

Danko²

2021

Komunikácie

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This paper deals with the simulation verification of balancing systems with different numbers of batteries. There is a simulation model of the battery with adjustable inputs and a simulation model of flyback converter. These components are interconnected and controlled externally to ensure balancing of individual cells. The batteries are connected in series and a flyback converter is connected to each battery. The outputs of these inverters are connected to the output of all the batteries. So, one can say that this balancing system is designed to lighten the charger. The results of the simulations show the voltage, current and State of Charge (SoC) of the batteries. Simulation models are presented in diagrams. These models were created in the PLECS environment.

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A review of multi-elements resonant converters topologies

Cited by 34 publications

References 6 publications

A Comprehensive Study of Capacitive Loaded Resonant Converter Topologies for Charging Applications

A Comprehensive Study of Capacitive Loaded Resonant Converter Topologies for Charging Applications

Parameters measurement of the object in a video sequence

Simulation Verification of Balancing System Based on Number of Cells

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