Authors: D. Kirubakaran (Anna University) , S. Rama Reddy (Jerusalem College of Engineering)
A single-switch parallel resonant converter for induction heating is simulated and implemented. The circuit consists of input LC-filter, bridge rectifier and one controlled power switch. The switch operates in soft commutation mode and serves as a high frequency generator. Output power is controlled via switching frequency. Steady state analysis of the converter operation is presented. A closed loop circuit model for AC to AC converted induction heating system is also proposed. Experimental results are compared with simulation results.
How to Cite: Kirubakaran, D. & Reddy, S. R. (2009) “Closed Loop Controlled AC-AC Converter for Induction Heating”, The Journal of Technology, Management, and Applied Engineering. 25(2).