首页> 外文会议>Photonics Applications in Industry and Research IV pt.1 >Investigations of Irradiation Effects on Electronic Components to be used in VUV-FEL and X-FEL Facilities at DESY
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Investigations of Irradiation Effects on Electronic Components to be used in VUV-FEL and X-FEL Facilities at DESY

机译:对DESY的VUV-FEL和X-FEL设施中使用的电子元件的辐照效应的研究

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Electronic components during High Energy Physics experiments are exposed to high level of radiation. Radiation environment causes many problems to electronic devices. The goal of several experiments done at DESY (Deutsches Elektronen Synchrotron, Hamburg) was to investigate nature of irradiation effects, caused damages and possible techniques of mitigation. One of aspects of experiments is radiation measurements. The propositions of building radiation monitoring system, using different semiconductor components, are presented. Second aspect is radiation tolerance. Different electronic devices were tested: FPGA chips, CCD sensors, bubble dosimeters and LED diodes. Components were irradiated in TESLA Test Facility 2 tunnel and in laboratory using ~(241)Am/Be neutron source. The results of experiments are included and discussed.
机译:高能物理实验中的电子组件会暴露在高辐射下。辐射环境给电子设备带来很多问题。在DESY(汉堡的Deutsches Elektronen Synchrotron)上进行的几个实验的目的是研究辐射效应的性质,造成的损害以及可能的缓解技术。实验的方面之一是辐射测量。提出了使用不同半导体组件的建筑辐射监测系统的建议。第二方面是辐射耐受性。测试了不同的电子设备:FPGA芯片,CCD传感器,气泡剂量计和LED二极管。在TESLA测试设施2隧道中和实验室中使用〜(241)Am / Be中子源辐照组件。实验结果包括在内并进行了讨论。

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