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Analysis of Parameter Characteristic of Parallel Electrodes Conduction-cooled Film Capacitor for HF-LC Resonance
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 Title & Authors
Analysis of Parameter Characteristic of Parallel Electrodes Conduction-cooled Film Capacitor for HF-LC Resonance
Won, Seo-Yeon; Lee, Kyeong-Jin; Kim, Hie-Sik;
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It is important to configure capacitance(C) of the capacitor and the induction coefficient(L) of the work coil on the resonant circuit design stage in order to induce heating on the object by a precise and constant frequency components in the electromagnetic induction heating equipment. Work coil conducts a direct induction heating according to heating point and area of the object which has a fixed heat factor so that work coil is designed to has fixed value. On the other hands, Capacitor should be designed to be changed in order to be the higher the utilization of the entire equipment. It is extracted the samples by variation of single electrode capacity from the selection stage of raw materials for capacity to the stage of process design for output of the high frequency LC resonance of 700kHz on 1000 VAC maximum voltage and current to . It is suggested fundamental experiment results in order to prove relation for the optimal design of HF-LC resonance conduction-cooled capacitor based on the response of frequency characteristics and results of output parameters according to variation of the capacitance size.
High Frequency;LC Resonance;Induction Cooled;Dielectric Material;Metalized Film;Capacitance;High-Bridge IGBT;Parallel Electrodes;Electronic Induction Heating;
 Cited by
전도 냉각 파워 커패시터의 주파수 응답 곡선 분석,안경문;김희식;

전자공학회논문지, 2016. vol.53. 10, pp.123-130 crossref(new window)
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