2021•Unpublished venueRequires access

Design of Series Resonant High-voltage Constant Current Power Supply

Yuchen Wang, Yahong Yang, Haitao Chen, Lei Wang, Mochen Xu, Sheng Cai, Jun Huang

Open publisher page 4 citations

Abstract

For the generation of short high-power pulses in many applications, power modulators based on capacitor discharge are used. Additionally, depending on the modulator concept, a galvanic isolation also has to be provided. This article designs a series resonant high-voltage constant current power supply, which includes transformer design, main topology research and component selection. In this paper, compared with other well-known topologies of charging power supply, the proposed full-bridge-based series resonant circuit allows the power supply to charge the load capacitance in constant current mode. The input is ac 380V/50Hz, and the output voltage is 2100Vdc. At the same time, it realizes soft switching, which improves efficiency and reduces switching loss.

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What this paper is about

For the generation of short high-power pulses in many applications, power modulators based on capacitor discharge are used. Additionally, depending on the modulator concept, a galvanic isolation also has to be provided. This article designs a series resonant high-voltage constant current power supply, which includes transformer design, main topology research and component selection. In this paper, compared with other well-known topologies of charging power supply, the proposed full-bridge-based series resonant circuit allows the power supply to charge the load capacitance in constant current mode. The input is ac 380V/50Hz, and the output voltage is 2100Vdc. At the same time, it realizes soft switching, which improves efficiency and reduces switching loss.

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OpenAlex reports 4 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

For the generation of short high-power pulses in many applications, power modulators based on capacitor discharge are used. Additionally, depending on the modulator concept, a galvanic isolation also has to be provided. This article designs a series resonant high-voltage constant current power supply, which includes transformer design, main topology research and component selection. In this paper, compared with other well-known topologies of charging power supply, the proposed full-bridge-based series resonant circuit allows the power supply to charge the load capacitance in constant current mode. The input is ac 380V/50Hz, and the output voltage is 2100Vdc. At the same time, it realizes soft switching, which improves efficiency and reduces switching loss.

Key concepts: Galvanic isolation, Constant power circuit, Switched-mode power supply, Capacitive power supply, Electrical engineering, Switched-mode power supply applications, Constant current, Capacitor

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