Higher density performance, higher efficiency and smaller size are continually demanded for applications such as as microprocessors, telecom equipment, servers, laptop, and renewable energy systems. This course focuses on the embedded power management solution which has been introduced in the last decade to improve the efficiency and power density of the embedded power converters. It includes study of advanced control and high frequency modeling of power converters, analysis and design of high-frequency power converters; analysis of high-frequency magnetic components; analysis and design of embedded power management solutions for distributed power systems.
PhD in Electrical & Control Engineering
C. Grimm, P. Neumann, S. Mahlknecht, Embedded Systems for Smart Appliances and Energy Management, Springer New York, 2013. [2] A. D. Schlichting, Embedded Power Management and Control for Harvested Energy, 2014.
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