油绝缘LTD腔触发电路的优化

V. Alexeenko, A. Kim, V. Sinebryukhov, S. Kondratiev, S. Volkov
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引用次数: 0

摘要

该研究的目标是减少触发油绝缘LTD腔所需的外部触发电缆的数量。通常在LTD腔内的触发电路是一个单线o形环,连接到该o形环的外部触发电缆的最小数量确定为每10个开关1根电缆。本文介绍了采用新型触发系统和特殊内触发砖的34块砖的有限型腔。在我们的测试中,使用了类似的触发系统,但没有内部触发砖。对16块砖的有限型腔进行了3000多次试验。在所有这些射击中没有观察到任何故障。数值模拟结果表明,使用该触发系统和一个简单的o形环,可以通过1根外部触发电缆成功触发多达40个开关。最后的预测在16块砖的LTD空腔试验中进行了600次试验,也没有出现故障。这项研究的结果表明,以前的要求可以减少到每16个开关1个触发电缆的严格要求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Trigger circuit optimization of the oil-insulated LTD cavity
The goal of the research was to reduce the number of external trigger cables needed to trigger the oil insulated LTD cavity. The usual trigger circuit inside LTD cavity is a single wire O-ring and the minimum number of the external trigger cables connected to this O-ring is determined as 1 cable per 10 switches. In recent article LTD cavity of 34 bricks with novel trigger system and special internal trigger brick was represented. In our tests similar trigger system was used but without the internal trigger brick. The LTD cavity of 16 bricks was tested in more than 3000 shots. In all these shots no malfunction was observed. Numerical simulation has shown that up to 40 switches might be successfully triggered by 1 external trigger cable by using both the novel trigger system and a simple wire O-ring. This last prediction was tested in experiment with LTD cavity of 16 bricks in 600 shots and no malfunction was observed also. The results of this research have shown that previous requirement can be reduced to less strict claim of 1 trigger cable per 16 switches.
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