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应用于气体电子倍增器的电子学板研制 被引量:2
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作者 王珂 薛志华 +1 位作者 王大勇 班勇 《原子能科学技术》 EI CAS CSCD 北大核心 2020年第6期1013-1017,共5页
气体电子倍增器(GEM)电子学板(GEB)在大面积GEM探测器系统中起重要作用.为满足大面积GEM探测器系统中高速电子学信号的传输、实现电磁屏蔽及为前端电子学提供电源等需求,本文设计了8层结构的GEB,并对该GEB原型进行了电气性能、机械兼容... 气体电子倍增器(GEM)电子学板(GEB)在大面积GEM探测器系统中起重要作用.为满足大面积GEM探测器系统中高速电子学信号的传输、实现电磁屏蔽及为前端电子学提供电源等需求,本文设计了8层结构的GEB,并对该GEB原型进行了电气性能、机械兼容性、信号传输和噪声测试.测试结果显示,本文所设计的GEB在320 Mb/s信号传输速度下的误码率小于10^-13,在保证信号高速性和完整性的基础上能成功传输前端电子学信号;通过采用叠层对称式设计克服了大面积G EB生产时弯曲程度高的困难,生产的GEB原型弯曲高度降低了2/3,平均弯曲高度为1 mm,增强了前端电子学在探测器系统中的运行稳定性. 展开更多
关键词 气体电子倍增器 电子学板 高速信号完整性 阻抗匹配 电磁屏蔽
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Design of high-speed signal acquisition system and analysis of signal integrity 被引量:1
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作者 姚琴琴 谢锐 +1 位作者 白茹 申玉玲 《Journal of Measurement Science and Instrumentation》 CAS CSCD 2015年第1期63-67,共5页
The device is used for the test on the fuze detonating time according to the initial velocity of the projectile and the altitude and speed of enemy aircraft flight. For the special requirements of the high-speed signa... The device is used for the test on the fuze detonating time according to the initial velocity of the projectile and the altitude and speed of enemy aircraft flight. For the special requirements of the high-speed signal acquisition in the process, the characteristics of the measured signal are analyzed. The system is investigated in chip selection, signal transmission, signal processing, signal storage, post-production PCB design, etc. The appropriate measures and solutions which affect the integrity and accuracy of the signal in each process are proposed. The rules for the layout of the device and wiring are made. The result show that the measurement values are accurate without loss of data. 展开更多
关键词 high-speed PCB simulation data acquisition signal integrity static storage
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