• Design the most optimum power electronics subsystem/system for the HEV & EV platforms • Describe the future power electronics technologies for the upcoming xEV applications WHO SHOULD ATTEND Anyone who is involved with automotive industry design, development and manufacturing needs to have some knowledge of power electronics. This need becomes more for the xEV automotive applications. Individuals involved in design, development, testing and manufacturing of power electronics product for the xEVs automotive applications, such as analog and digital engineers, thermal and packaging engineers, test and regulatory engineers, quality and manufacturing engineers will all benefit from an advanced understanding of power electronics for today’s modern vehicle applications. • Converter Topologies and Applications • Detailed Operation of Non-Isolated DC-DC converters • Detailed Operation of Isolated DC-DC converters • Detailed Operation of Resonant Converters • Detailed Operation of AC-DC Converters • Detailed Operation of DC-AC Converters • Switching Characteristics and Losses • Electric Machine Types • Motor Control Technique • Future Trends and Upcoming Technologies INSTRUCTOR Dr. Fariborz Musavi Assistant Professor at the School of Engineering and Computer Science Washington State University Vancouver (WSU Vancouver) CONTENT HIGHLIGHTS • Brief Review of ICE and xEVs • Design for Manufacturing • EMI: Standards and Filtering • Stability and Dynamic Analysis
I.D.# C1872
SCHEDULE May 7-8, 2019 Troy, Michigan August 6-7, 2019 Troy, Michigan November 5-6, 2019 Troy, Michigan
FEES List:
$1,415 $1,274
Members:
TWO-DAYS/1.3 CEUS
Get the complete course description and register: sae.org/learn/ content/c1872/
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