Chiara Petrone
Analysis and design of a power converter for high-power density adapters.
Rel. Francesco Musolino. Politecnico di Torino, Corso di laurea magistrale in Ingegneria Elettronica (Electronic Engineering), 2022
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Abstract
The growing demand to reduce the size of chargers/adapters for mobile electronic devices such as laptops, tablets, smartphones, etc., motivates the increasing interest in the research for the development of high power-density adapters. Another important need of today’s society is to minimize the waste of energy. To guarantee this request, high efficiency adapters must be designed. The most used circuit topology for this type of application is the conventional flyback power converter. It has been widely used for low power application due to its simple design, as it requires few components, low cost, and insulation feature. However, in this topology, switches operate in hard-switching mode resulting in increased switching losses and high electromagnetic interference (EMI) noise.
In this case, snubbers are needed to protect primary and secondary switches from voltage spikes and to reduce the EMI noise
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