Study of Power Loss Reduction in SEPR Converters for Induction Heating through Implementation of SiC Based Semiconductor Switches

Study of Power Loss Reduction in SEPR Converters for Induction Heating through Implementation of SiC Based Semiconductor Switches

This paper presents a power loss analysis for a Single Ended Parallel Resonance (SEPR) Converter used for induction heating. The analysis includes a comparison of the losses in the electronic switch when the circuit is realized using a conventional Silicon (Si) based IGBT or when using Silicon...

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Main Author: Angel Marinov
Format: Article
Language:English
Published: UIKTEN 2014-08-01
Series:TEM Journal
Online Access:http://www.temjournal.com/documents/vol3no3/Study%20of%20Power%20Loss%20Reduction%20in%20SEPR%20Converters%20for%20Induction%20Heating%20through%20Implementation%20of%20SiC%20Based%20Semiconductor%20Switches.pdf
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spelling doaj-f9e28ecb39074173b94b95afa4d2a1802020-11-24T23:07:43ZengUIKTENTEM Journal2217-83092217-83332014-08-0133197201Study of Power Loss Reduction in SEPR Converters for Induction Heating through Implementation of SiC Based Semiconductor SwitchesAngel Marinov0Technical University of Varna, “Studentska” street 1, Varna, BulgariaThis paper presents a power loss analysis for a Single Ended Parallel Resonance (SEPR) Converter used for induction heating. The analysis includes a comparison of the losses in the electronic switch when the circuit is realized using a conventional Silicon (Si) based IGBT or when using Silicon Carbide (SiC) based MOSFET. The analysis includes modelling and simulation as well as experimental verification through power loss and heat dissipation measurement. The presented results can be used as a base of comparison between the switches and can be a starting point for efficiency based design of those types of converters.http://www.temjournal.com/documents/vol3no3/Study%20of%20Power%20Loss%20Reduction%20in%20SEPR%20Converters%20for%20Induction%20Heating%20through%20Implementation%20of%20SiC%20Based%20Semiconductor%20Switches.pdf
collection DOAJ
language English
format Article
sources DOAJ
author Angel Marinov
spellingShingle Angel Marinov
Study of Power Loss Reduction in SEPR Converters for Induction Heating through Implementation of SiC Based Semiconductor Switches
TEM Journal
author_facet Angel Marinov
author_sort Angel Marinov
title Study of Power Loss Reduction in SEPR Converters for Induction Heating through Implementation of SiC Based Semiconductor Switches
title_short Study of Power Loss Reduction in SEPR Converters for Induction Heating through Implementation of SiC Based Semiconductor Switches
title_full Study of Power Loss Reduction in SEPR Converters for Induction Heating through Implementation of SiC Based Semiconductor Switches
title_fullStr Study of Power Loss Reduction in SEPR Converters for Induction Heating through Implementation of SiC Based Semiconductor Switches
title_full_unstemmed Study of Power Loss Reduction in SEPR Converters for Induction Heating through Implementation of SiC Based Semiconductor Switches
title_sort study of power loss reduction in sepr converters for induction heating through implementation of sic based semiconductor switches
publisher UIKTEN
series TEM Journal
issn 2217-8309
2217-8333
publishDate 2014-08-01
description This paper presents a power loss analysis for a Single Ended Parallel Resonance (SEPR) Converter used for induction heating. The analysis includes a comparison of the losses in the electronic switch when the circuit is realized using a conventional Silicon (Si) based IGBT or when using Silicon Carbide (SiC) based MOSFET. The analysis includes modelling and simulation as well as experimental verification through power loss and heat dissipation measurement. The presented results can be used as a base of comparison between the switches and can be a starting point for efficiency based design of those types of converters.
url http://www.temjournal.com/documents/vol3no3/Study%20of%20Power%20Loss%20Reduction%20in%20SEPR%20Converters%20for%20Induction%20Heating%20through%20Implementation%20of%20SiC%20Based%20Semiconductor%20Switches.pdf
work_keys_str_mv AT angelmarinov studyofpowerlossreductioninseprconvertersforinductionheatingthroughimplementationofsicbasedsemiconductorswitches
_version_ 1725617425499553792

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