Analysis, simulation and testing of the /spl sigma/-CLL current-source resonant inverter
Proceedings of the Thirty-Fourth Southeastern Symposium on System Theory (Cat. No.02EX540) - Trang 179-183
Tóm tắt
High-frequency resonant power converters are an attractive choice for high power density applications. Until recently, only resonant converters with 2 energy-storage elements have been studied and used for applications. However, some of the drawbacks of this class of converters (including poor load regulation, discontinuous mode operation and poor transient response) can be overcome by the judicious addition of a third energy-storage element to the resonant circuit. This paper presents the results of a study performed on a novel current-source resonant inverter circuit. These include analytical results on its steady-state characteristics (including input impedance, resonant frequency, input-output transfer function, individual component voltage and current stresses, and efficiency). In addition, samples of analytically derived design charts, simulation results and experimental results are shown. They indicate that this resonant inverter has certain advantages over present ones.
Từ khóa
#Analytical models #Testing #Resonant inverters #Resonance #RLC circuits #Transient response #Circuit analysis #Steady-state #Impedance #Resonant frequencyTài liệu tham khảo
10.1109/41.370387
10.1109/63.285495
10.1109/41.753762
10.1109/63.486176
10.1109/63.124581
kazimierczuk, 1995, Resonant Power Converters