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|Title:||A cost effective harmonic cancellation method for high frequency Silicon Carbide MOSFET based single phase inverter|
|Keywords:||Combinational logic circuits;Harmonic distortion;Inverters;Pulse width modulation;Silicon carbide;Switching frequency|
|Citation:||IEEE Power and Energy Technology Systems Journal, (2016)|
|Abstract:||This paper introduces a combinational modulation method to be used in classic full-bridge single phase inverters. The proposed method eliminates even-order harmonics at PWM stage in control section unlike the conventional method of even order harmonic cancelation in power stage and offers a cost effective design by switching one leg at high frequency. Using a low cost Digital Signal Controller (DSC) platform, regular sampling technique based on real time calculation was employed to verify the feasibility of the proposed method on a 500W single phase Voltage Source Inverter. Performance characteristics such as switching losses and harmonic distortions are presented for the new approach and compared with a classic inverter modulation method.|
|Appears in Collections:||Dept of Electronic and Computer Engineering Research Papers|
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