DESIGN AND PERFORMANCE ANALYSIS OF AN ADAPTIVE CURRENT SOURCE DRIVER - Sudheer, Kasa;Naveen Kumar, T;Suresh, P
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Current Source Drivers (CSDs) are investigated for MHz Power Factor Correction (PFC) applications. Due to the fast duty cycle change, the half-bridge (HB) CSD topology can hardly be accepted for high frequency PFC Applications. To solve the problem, the full-bridge (FB) CSD topology is used instead. It is interesting to note that the FB CSD with the continuous inductor current can actually achieve adaptive drive currents inherently depending on the drain currents in the main power MOSFETs to achieve optimal design. The loss analysis and design procedure are also presented for the FB CSD for the boot PFC converter…mehr

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Produktbeschreibung
Current Source Drivers (CSDs) are investigated for MHz Power Factor Correction (PFC) applications. Due to the fast duty cycle change, the half-bridge (HB) CSD topology can hardly be accepted for high frequency PFC Applications. To solve the problem, the full-bridge (FB) CSD topology is used instead. It is interesting to note that the FB CSD with the continuous inductor current can actually achieve adaptive drive currents inherently depending on the drain currents in the main power MOSFETs to achieve optimal design. The loss analysis and design procedure are also presented for the FB CSD for the boot PFC converter
Autorenporträt
Kasa Sudheer recebeu seu Ph.D. da Universidade VIT, Vellore. Seu trabalho de pesquisa focou no campo da qualidade de energia, aplicações de eletrônica de potência em sistemas de energia renovável, Internet das Coisas e técnicas de computação suave.