首页> 外文会议>Nuclear Science Symposium and Medical Imaging Conference (NSS/MIC), 2011 IEEE >Development of FD-SOI monolithic pixel devices for high-energy charged particle detection
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Development of FD-SOI monolithic pixel devices for high-energy charged particle detection

机译:用于高能带电粒子检测的FD-SOI整体式像素器件的开发

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Monolithic pixel devices fabricated with a siliconon-Insulator (SOI) technology are excellent candidates to realize particle detectors of fast response and least material yet simple in fabrication. In our SOI pixel devices the sensitive part is the “handle” wafer, to which we examined high resistive FZ wafers of both p- and n-types together with CZ wafer of n-type. Full depletion of the FZ wafers is easily achievable for typical thicknesses of 260 to 500 µm. We thinned these devices to 100 to 50 µm. The response was evaluated with infrared and red lasers, and in a high energy beam. Irradiation to 60Co γ was carried out to verify the radiation tolerance of the devices.
机译:用硅绝缘体(SOI)技术制造的单片像素器件是实现快速响应,最少材料但制造简单的粒子检测器的极佳候选者。在我们的SOI像素设备中,敏感部分是“手柄”晶圆,在该晶圆上我们检查了p型和n型高阻FZ晶圆以及n型CZ晶圆。对于典型的260至500 µm的厚度,很容易实现FZ晶片的完全耗尽。我们将这些器件的厚度减至100至50 µm。用红外和红色激光以及高能光束评估响应。对 60 Coγ进行辐照以验证器件的辐照耐受性。

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