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首页> 外文期刊>Nuclear Instruments & Methods in Physics Research >Application of the Generic Electronics for Time Projection Chamber (GET) readout system for heavy Radioactive isotope collision experiments
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Application of the Generic Electronics for Time Projection Chamber (GET) readout system for heavy Radioactive isotope collision experiments

机译:通用电子时间投影室(GET)读出系统在重放射性同位素碰撞实验中的应用

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摘要

We have implemented the Generic Electronics for Time Projection Chamber (GET) in a SAMURAI Pion Reconstruction and Ion-Tracker (SπRIT) readout system for heavy radioactive ion collision experiments at RIKEN-RIBF. The SπRIT experiment is designed for heavy ion collision experiments with radioactive ion beams, where a Time Projection Chamber (TPC) with 12096 pixelized readout pads is employed as the main device. Since the TPC is located on the beam line, the readout electronics must handle small signals from pions as well as very large signals from beam or large fragment particles. Operation of the GET electronics during experiment functioned well using 270 time-bucket readout with 25 MHz sampling at an event Data acquisition (DAQ) rate of 60 Hz. Using the slope information of acquired signals it is possible to extend the dynamic range of dE/dx information compared to using the peak height information. However, huge signals arising from energeticδ-rays produced by un-interacted projectiles induce dead channels, which can be recovered after 70 μson average.
机译:我们已经在RIKEN-RIBF的重放射性离子碰撞实验的SAMURAI离子重建和离子跟踪仪(SπRIT)读出系统中实现了时间投影室通用电子(GET)。 SπRIT实验被设计用于放射性离子束的重离子碰撞实验,其中采用具有12096个像素化读数垫的时间投影室(TPC)作为主要设备。由于TPC位于光束线上,因此读出电子设备必须处理来自介子的小信号以及来自光束或大碎片粒子的很大信号。实验中GET电子设备的操作通过270个时间桶读数和25 MHz采样率以及60 Hz的事件数据采集(DAQ)速率运行良好。与使用峰高信息相比,使用获取的信号的斜率信息可以扩展dE / dx信息的动态范围。但是,由未相互作用的弹丸产生的高能δ射线产生的巨大信号会诱发死通道,这些死通道可以在平均70μson后恢复。

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