A non-isolated DC-DC converter with high gain in continuous conduction mode of operation

A non-isolated DC-DC converter with high gain in continuous conduction mode of operation

The project aims to develop a non-isolated DC-DC Converter which is distinguished by its higher gain when compared with the conventional boost converters. These converters find its applications in fields where there is high demand for stepping up of voltages to a greater extent which includes photo-...

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Veröffentlicht in:AIP Conference Proceedings 2022-08, Vol.2461 (1)
Hauptverfasser: Doddabasappa, Akhil P. H., Dheeraj S., Irshad, Aman, Thabaj, Akash V., Kumar D. B., Anil
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Sprache:eng
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Conversion ratio
Fuel cells
High gain
Voltage converters (DC to DC)
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container_issue 1
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container_title AIP Conference Proceedings
container_volume 2461
creator Doddabasappa
Akhil P. H.
Dheeraj S.
Irshad, Aman
Thabaj, Akash V.
Kumar D. B., Anil
description The project aims to develop a non-isolated DC-DC Converter which is distinguished by its higher gain when compared with the conventional boost converters. These converters find its applications in fields where there is high demand for stepping up of voltages to a greater extent which includes photo-voltaic cells and fuel cells applications. Here, the converter is developed for continuous conduction mode of operation with the help of voltage and current wave forms, conversion ratio and simulations. In addition to this, the paper also discusses the comparison between the theoretically obtained results with the simulated and experimental results.
doi_str_mv 10.1063/5.0093714
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H. ; Dheeraj S. ; Irshad, Aman ; Thabaj, Akash V. ; Kumar D. B., Anil</creator><contributor>Dash, Ritesh ; Raghu C N ; Subburaj, Vivekanandan ; Reddy, K Jyotheeswara ; Bairwa, Bansilal</contributor><creatorcontrib>Doddabasappa ; Akhil P. H. ; Dheeraj S. ; Irshad, Aman ; Thabaj, Akash V. ; Kumar D. B., Anil ; Dash, Ritesh ; Raghu C N ; Subburaj, Vivekanandan ; Reddy, K Jyotheeswara ; Bairwa, Bansilal</creatorcontrib><description>The project aims to develop a non-isolated DC-DC Converter which is distinguished by its higher gain when compared with the conventional boost converters. These converters find its applications in fields where there is high demand for stepping up of voltages to a greater extent which includes photo-voltaic cells and fuel cells applications. Here, the converter is developed for continuous conduction mode of operation with the help of voltage and current wave forms, conversion ratio and simulations. 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subjects Conversion ratio
Fuel cells
High gain
Voltage converters (DC to DC)
title A non-isolated DC-DC converter with high gain in continuous conduction mode of operation
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