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Closed Loop Controlled Multi Output Series Resonant Inverter for Induction Heating Application

S. Jaanaa Rubavathy, P. Murugesan

Abstract


This paper presents a multi-output series resonant inverter for induction heating cooking appliances, which employs asymmetric voltage cancellation control, a generalized control technique for resonant inverters for output voltage control. It ensures better efficiency performances than conventional control strategies. The objective of this work is to model and simulate closed loop controlled multi output series resonant inverter system. The synthesized converter can be considered as a two output extension of a full bridge inverter. This full bridge inverter can control the two outputs, simultaneously and independently, up to their rated powers, which reduces the number of components required as compared with traditional approach. It also ensures higher utilization of switches used for its operation. A closed loop controlled two output series resonant inverter system is modeled and simulated using Simulink. The results of closed loop system are presented.

Keywords


Asymmetric Voltage Control, Induction Heating Cooking Appliances, Series Resonant Inverter.

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References


Francis P. Dawson & Praveen Jain, “A Comparison of Load Commutated Inverter Systems for Induction Heating and Melting Applications”, IEEE Transactions on Power Electronics, Vol 6, No 3, pp 430-440, July 1991.

Henry W. Koertzen , Jacobus D. Van Wyk & Jan A. Ferreira, “ Design of the Half-Bridge, Series Resonant Converter for Induction Cooking”, The 26th Annual Power Electronics Specialists Conference, Vol 2, pp 729-735, 1995.

Mokhtar Kamli, Shigehiro Yamamoto & Minoru Abe, “ A 50 – 150 kHz Half-Bridge Inverter for Induction Heating Applications” , IEEE Transactions on Industrial Electronics, Vol 43 , No 1, pp 163-172, Feb 1996.

Jose M. Burdio, Abelardo Martinez & Jose R. Garcia, “ A synthesis Method for Generating Switched Electronic Converter” , IEEE Transaction on Power Electronics, Vol 13, No 6, pp 1056- 1068, Nov 1998.

Shengpei Wang, Kiyoshi Izaki, Izuo Hirota, Hidekazu Yamashita, Hideki Omori & Mutsuo Nakaoka, “ Induction- Heated Cooking Appkiance using New Quasi-Resonant Zvs-Pwm Inverter with Power Factor Correction”, IEEE Transaction on Industry Applications , Vol 34, No 4, pp 705-712,July/Aug 1998.

Fernando Monterde, Pablo Hernandez, Jose M.Burdio, Jose R. Garcia, & Abelardo Martinez, “ A new ZVS Two-output Series-Resonant Inverter for Induction Cookers obtained by a Synthesis Method” , The 31st Annual Power Electronics Specialist Conference, Vol 3, pp 1375-1380, 2000.

Jose M.Burdio, Luis A. Barragan ,Fernando Monterde, Denis Nararro & Jesus Acero, “ Asymmetrical Voltage – Cancellation control for Full-Bridge Series Resonant Inverters” , IEEE Transactions on Power Electronics,Vol 19, No 2, pp 461-469, March 2004.

Jose M.Burdio, Fernando Monterde, Jose R. Garcia, Luis A. Barragan & Abelardo Martinez, “ A two-output Series- Resonant Inverter for Induction-Heating Cooking Appliances” IEEE Transaction on Power Electronics , vol 20, no 4, pp 815-822,July 2005.

S.H.Hosseini, A.Yazdanpanah Goharrizi and E. Karimi , “ A Multi-Output Series Resonant Inverter With Asymmetrical Voltage –Cancellation Control for Induction-Heating Cooking Appliances”, CES / IEEE 5th International Conference on Power Electronics & Motion Control,Vol 3, pp 1-6, 2006.

Pattanapong Kongsakorn and Anuwat Jangwanitlert, “A two-output High Frequency Series- Resonant Induction Heater” , IEEE International Conference on Electrical Engg / Electronic, Computer, Telecommunications & Information Technology, pp 842-845, 2010.


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