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RESEARCH AND DESIGN OF DIGITAL POWER SUPPLY FOR HIRFL-RIBLL CORRECTOR MAGNET

机译:HIRFL-RIBLL校正器磁铁数字电源的研究与设计

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One digital power supply was designed for RIBLL (Radioactive Ion Beam Line in Lanzhou) corrector magnet at HIRFL (Heavy Ion Research Facility in Lanzhou). Adopting two parallel connected IGBT full-bridges as the power circuit topology, the power supply can generate bipolar DC current when it runs in the fourquadrant working states, which well meets the requirements of corrector magnet. SOPC platform of Altera based on Nios II is chosen to design the digital power supply regulator. Employing FPGA as the control core and utilizing SOPC principles, the digital regulator is designed against special requirements of accelerator power supply. The test results indicate that performance of the power supply can meet the design requirements.
机译:设计了一种数字电源,专为RIBLL(兰州放射性离子束线)校正器磁铁在HIRFL(兰州的重离子研究设施)。采用两个平行连接的IGBT全桥作为电源电路拓扑,电源可以在四个工作状态下运行时产生双极直流电流,这符合校正磁铁的要求。选择基于Nios II的Altera的SOPC平台设计数字电源稳压器。使用FPGA作为控制核心并利用SOPC原理,数字调节器采用加速器电源的特殊要求设计。测试结果表明电源的性能可以满足设计要求。

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