超导磁体“冷”电子的研发需求——费米实验室的观点

R&D needs for "cold" electronics for superconducting magnets - Fermilab perspective Pub Date : 1900-01-01 DOI:10.2172/1827851

S. Krave, Stoyan Stoynev

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引用次数: 1

摘要

空间分辨率与单个通道的大小有关。实验表明，即使是很小的柔性qa也具有很高的灵敏度;那些QA可能只能读取附近的线圈。为了以良好的分辨率覆盖所有线圈表面，需要许多通道，理想情况下，可以在板上进行适当的信号处理。柔性PCB淬火

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R&D needs for "cold" electronics for superconducting magnets - Fermilab perspective

Spatial resolution relates to the size of individual channels. Experiments show that even small flex-QA are also very sensitive; those QA likely can only read close-by coils. To cover all coil surfaces with good resolution a lot of channels are needed, ideally a proper signal processing can happen on-board. Flexible PCB quench

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R&D needs for "cold" electronics for superconducting magnets - Fermilab perspective

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