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首页> 外文期刊>Nuclear Instruments & Methods in Physics Research. Section A, Accelerators, Spectrometers, Detectors and Associated Equipment >History, status and prospects of producing silicon sensors for HEP experiments at Infineon Technologies
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History, status and prospects of producing silicon sensors for HEP experiments at Infineon Technologies

机译:在英飞凌科技中生产硅传感器的历史,地位和前景

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Within this project we are developing single-sided AC-coupled silicon strip sensors and DC-coupled hexagonal pad sensors for applications in High Energy Physics (HEP) experiments. The project started with a feasibility study to re-produce the state-of-the art of silicon sensors of that time, which were based on high-resistivity n-type float-zone 6-inch silicon wafers. Later, the first silicon strip sensors on 8-inch p-type wafers were produced within this project. This influenced the decision of another project to build a silicon sensor based sampling calorimeter. This paper presents the history, current status, and prospects of this sensor development project, jointly conducted by the Institute for High Energy Physics (HEPHY) of the Austrian Academy of Sciences and Infineon Technologies AG.
机译:在该项目中,我们正在开发单面交流耦合硅条传感器和DC耦合的六角形垫传感器,用于高能量物理(HEP)实验中的应用。该项目始于可行性研究,重新生产该时间的硅传感器的最新技术,其基于高电阻率n型浮区6英寸硅晶片。后来,在该项目中产生8英寸P型晶片上的第一硅条传感器。这影响了另一个项目的决定来构建基于硅传感器的采样量热计。本文介绍了本次传感器开发项目的历史,现状和展望,由奥地利科学院和英飞凌科技AG的高能物理(Hephy)研究所共同进行。

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