A Laser Trigger System for ZR

D. Bliss, W. T. Clark, K. LeChien, J. Maenchen, M. Savage, M. Sceiford, B. Stoltzfus, K. Struve, W. Stygar, J. Woodworth, D. Dalton, P. Wakeland
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引用次数: 4

Abstract

Summary form only given. The Z pulsed power driver at Sandia National Laboratories is in the process of being refurbished as part of the ZR project to improve reliability and increase the energy delivered to the load. The new ZR gas switches currently close at a peak voltage of 6.2 MV to generate a projected 26 MA load current as compared to 4.6 MV and ~20 MA for the old switches on Z. The Laser Trigger System (LTS) has been redesigned to meet requirements that it trigger this higher voltage switch with comparable optic lifetime (>100 shots) and jitter (1sigma < 5ns) to the old Z switches. We will discuss critical design features of the LTS and show performance results from the Z20 test bed which was used to study the operation of a single ZR module.
ZR激光触发系统
只提供摘要形式。作为ZR项目的一部分,桑迪亚国家实验室的Z脉冲功率驱动器正在进行翻新,以提高可靠性并增加传递给负载的能量。新的ZR气体开关目前在峰值电压为6.2 MV时关闭,产生26 MA的预计负载电流,而Z上的旧开关为4.6 MV和~20 MA。激光触发系统(LTS)经过重新设计,以满足其触发更高电压开关的要求,其光学寿命(>100次射击)和抖动(1sigma < 5ns)与旧的Z开关相当。我们将讨论LTS的关键设计特征,并展示用于研究单个ZR模块运行的Z20测试台的性能结果。
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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