Semiconductor devices made of siliconcarbide (SiC) exhibit promising properties in particular with regard to high power, high temperature and high frequencies applications. A detailed understanding of the electrothermal behavior of these devices is indispensable for their optimization. By means of an innovative optical measurement set-up the internal electrothermal behavior of SiC devices is investigated. In addition, by comparing the results of the real experiment with those of a corresponding virtual experiment, the physical device models required for predictive device simulation can be validated and calibrated.
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Semiconductor devices made of siliconcarbide (SiC) exhibit promising properties in particular with regard to high power, high temperature and high frequencies applications. A detailed understanding of the electrothermal behavior of these devices is indispensable for their optimization. By means of an innovative optical measurement set-up the internal electrothermal behavior of SiC devices is investigated. In addition, by comparing the results of the real experiment with those of a corresponding...
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