A Power Control Scheme for Multiple Load Induction Cooking with Constant Switching Frequency in Class-E Resonant Inverter
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In this paper an effective and simple power control scheme is presented for two load induction cooking application with constant switching frequency in class-E series resonant inverter. The proposed configuration operates in synchronization with load switch switching pulse and inverter output voltage. Each load output power is controlled individually by duty ratio variation with each load switching device separately. The proposed configuration can be extended to multiple loads. It is more reliable for multiple load induction cooking application with output power control of each load independently. The class-E series resonant inverter operates with constant switching frequency and constant duty ratio. The proposed class-E series resonant inverter configuration can be operating at stable and efficient ZVS operation. The proposed configuration for multiple load induction cooking application with independent control of each load is simulated in MATLAB/Simulink environment.
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