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Adam Morgan
United States, United States
“Threat of global warming”
bio
Dr. Morgan was a graduate research assistant within the FREEDM Systems Center, PowerAmerica, and the PREES Laboratory at NC State University. Dr. Morgan has experience in Level-1 power discrete and power module packaging for hybrid Si&SiC motor contactors and super cascode topologies, as well as Level-2 and Level-3 power packaging for a 55 kW traction drive SiC inverter and a 1 kW self-oscillating resonant LLC converter switching 1 kV at 1 MHz. Dr. Morgan has held internships at NIST, Sandia National Labs, and ABB USCRC. Currently, Dr. Morgan is a researcher within SUNY CASPER working on high temperature (150 degC to 300 degC) and high voltage (600 V to 25 kV) power packaging and power electronics testing for WBG power semiconductor device research.
“Threat of global warming”
bio
Dr. Morgan was a graduate research assistant within the FREEDM Systems Center, PowerAmerica, and the PREES Laboratory at NC State University. Dr. Morgan has experience in Level-1 power discrete and power module packaging for hybrid Si&SiC motor contactors and super cascode topologies, as well as Level-2 and Level-3 power packaging for a 55 kW traction drive SiC inverter and a 1 kW self-oscillating resonant LLC converter switching 1 kV at 1 MHz. Dr. Morgan has held internships at NIST, Sandia National Labs, and ABB USCRC. Currently, Dr. Morgan is a researcher within SUNY CASPER working on high temperature (150 degC to 300 degC) and high voltage (600 V to 25 kV) power packaging and power electronics testing for WBG power semiconductor device research.