The spread of the 5G technology in the telecom power applications increased the need to supply high power density with higher efficiency and higher power factor. Thus, in this paper, the performance of the different power factor correction ( PFC ) topologies implemented to work with high power density telecom power applications are investigated. Two topologies, namely the conventional and the bridge interleaved continues-current-conduction mode (CCM) PFC boost converters are designed. Selection methodology of the switching elements, the manufacturing of the boost inductors, and the optimal design for the voltage and current control circuits based on the proposed small signal stability modeling are presented. The printed circuit board (PCB) for the two different PFC topologies with a power rating of 2 kW were designed. PSIM simulation and the experiments are used to show the supply current total harmonic distortions (THD), voltage ripples, power efficiency, and the power factor for the different topologies with different loading conditions.
المشارك في البحث
قسم البحث
تاريخ البحث
سنة البحث
2021
مجلة البحث
Applied Sciences
الناشر
MDPI
عدد البحث
11
تصنيف البحث
Impact Factor 2.679
صفحات البحث
10.3390/app11177911
موقع البحث
https://doi.org/10.3390/app11177911
ملخص البحث
Research Rank
International Journal