Using a full-sine septum power supply to study the top-up orbit disturbance at Taiwan light source

H. P. Chang, C. Fann, H. H. Chen, S. J. Huang, C. H. Huang, C. Y. Wu, P. Chiu, K. Hu, C. L. Chen, K. Tsai, K. K. Lin, K. Hsu
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引用次数: 1

Abstract

Observation shows that the electron orbit of the TLS (Taiwan light source) storage ring was greatly disturbed during the top-up injection process, both from BPM readings and beam profile monitor. The distortion duration exceeds the pulse lengths of both injection kickers and septum. One of the speculated possible causes would be due to the eddy current effect induced by the leak field of septum magnet. For clarification purpose, we have constructed a full-sine septum power supply and implemented the field in order to eliminate the said eddy current effect. The study shows that both pulse shape matching among four kickers and septum leakage field play major influence on the causes. This report will present the experimental results.
利用全正弦间隔电源研究台湾光源下的充值轨道扰动
从BPM读数和光束剖面监测结果可以看出,在补注过程中,TLS(台湾光源)存储环的电子轨道受到了很大的干扰。畸变持续时间超过了注射踢脚器和隔膜的脉冲长度。推测其中一个可能的原因是由于隔膜磁铁泄漏场引起的涡流效应。为了澄清起见,我们构造了一个全正弦间隔电源并实施了该场,以消除上述涡流效应。研究表明,四个踢脚器之间的脉冲形状匹配和隔漏场对其产生的原因有重要影响。这份报告将介绍实验结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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