Development of Multilayer Readout Wiring TES Calorimeter for Future X-ray Missions

Development of Multilayer Readout Wiring TES Calorimeter for Future X-ray Missions
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开发用于未来 X 射线任务的多层读出接线 TES 热量计

DOI:
10.1007/s10909-013-1056-6
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发表时间:
2014
影响因子:
2
通讯作者:
et al.
et al.
中科院分区:
物理与天体物理3区
文献类型:
--
作者:
S. Yamada;et al.

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我们已经制作了多层读出布线过渡边缘传感器(TES),这使我们能够实现大的有效面积和高能量分辨率为未来的X射线天体物理任务,如弥漫星系际氧探测器。通过在Al超导信号线和回流线之间加一层SiO绝缘层,可望减小偏置引线的自感/互感和自磁场。在多层布线上制作了TES阵列,并对其性能进行了测试.在低温条件下,TES阵列中的几个像素在300 mK左右出现了尖锐的超导转变。我们还成功地探测到了来自TES的X射线信号,这与以前TES的结果相反。我们进一步调查的原因之间的差异,theTES和theTES,并提出未来的计划,以改善多层TES阵列的制造。
We have fabricated multilayer readout wiring transition edge sensors (TES), which enable us to realize both large effective area and high-energy resolution for future X-ray astrophysical missions, such as diffuse intergalactic oxygen surveyor. By sandwiching a SiOinsulation layer between Al superconducting signal and return lines, self/mutual inductances and self fielding of bias leads are expected to be reduced. We fabricatedandTES array on the multilayer wiring and tested their performance. Under the low temperature condition, several pixels in the TES array showed sharp superconducting transitions at around300 mK. We also succeeded in detecting X-ray signals from theTES, contrary to the previous results ofTES. We further investigated the reasons for the differences between theTES and theTES, and present future plans for improving the multilayer TES array fabrication.
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