Accurate switching energy measurement of wide band-gap semiconductors at low current
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Universidade Federal de Minas Gerais
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Several applications require efficiency-oriented design, in which high performance wide bandgap semiconductors are used in low power converters. Precise switching loss estimation at low current is essential to achieve accurate design, although it is not frequently addressed in the literature. This paper reviews dynamic characterization methods with focus on wide bandgap technologies. The Double Pulse and Modified Opposition methods are compared in order to highlight advantages and limitations of each one, especially at low current. Both are verified through simulations and in a real test bench, whose results are compared with datasheet curves and evaluated through a case study.
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Accurate Measurement , Wide Bandgap , Wide Bandgap Semiconductor , Switching Energy , Dynamic Characteristics , Characterization Methods , Loss Estimation , Test Bench , Switching Loss , Discussion Of The Results , Voltage Drop , Current Increases , Figure Of Merit , Switching Frequency , Dead Time , Current Waveforms , Parasitic Capacitance , Negligible Loss , Output Capacitor , Body Diode , Junction Temperature , Power Loop , Parasitic Inductance , Nominal Power , Wide Bandgap Devices , Parallel Capacitor , Dual Active Bridge , Negligible Variation , Circuit Diagram
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https://ieeexplore.ieee.org/document/10173389