A portable telescope based on the ALIBAVA system for test beam studies
A portable telescope based on the ALIBAVA system for test beam studies
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基于 ALIBAVA 系统的便携式望远镜，用于测试光束研究
DOI：
10.1016/j.nima.2013.06.067
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发表时间：
2013
期刊：
影响因子：
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通讯作者：
Bernabeu J
中科院分区：
文献类型：
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作者：
Bernabeu J
使用ALIBAVA系统驱动其数据采集的测试光束望远镜已经建成。基本的望远镜平面由四个XYT站组成。每个站点由一个带有两个条形传感器的探测器板组成，每侧安装一个(条形以90°交叉)。乐团与ALIBAVA子板相连。这些站点充当参考系，并允许进行精确的轨道重建。该系统由位于上游和下游的两个闪烁体的符合信号触发。该望远镜可以容纳几个正在测试的设备。每个ALIBAVA子板都链接到其对应的主板。该系统最多可容纳16块主板。主板同步和控制所有主板，并收集它们的数据。开发了离线分析软件，用于研究被测器件的电荷收集、簇宽、跟踪效率、分辨率等。此外，内置的ALIBAVA TDC可以分析设备信号的时间分布。ALIBAVA望远镜已经在DESY和CERN-SPS束线上成功地进行了两次试运行。
A test beam telescope has been built using the ALIBAVA system to drive its data acquisition. The basic telescope planes consist of four XYT stations. Each station is built from a detector board with two strip sensors, mounted one in each side (strips crossing at 90°). The ensemble is coupled to an ALIBAVA daughter board. These stations act as reference frame and allow a precise track reconstruction. The system is triggered by the coincidence signal of the two scintillators located up and down stream. The telescope can hold several devices under tests. Each ALIBAVA daughter board is linked to its corresponding mother board. The system can hold up to 16 mother boards. A master board synchronizes and controls all the mother boards and collects their data. The off-line analysis software has been developed to study the charge collection, cluster width, tracking efficiency, resolution, etc., of the devices under test. Moreover, the built-in ALIBAVA TDC allows the analysis of the time profile of the device signal. The ALIBAVA telescope has been successfully operated in two test runs at the DESY and CERN-SPS beam lines.
基于阿里巴巴读出系统的光束测试望远镜研制
DOI：
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发表时间：
2011
期刊：
影响因子：
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作者：
R. Marco
通讯作者：
R. Marco