TNT digital pulse processor
TNT digital pulse processor
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DOI：
10.1109/tns.2006.873712
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发表时间：
2006-06
影响因子：
1.8
通讯作者：
L. Arnold;R. Baumann;E. Chambit;M. Filliger;C. Fuchs;C. Kieber;D. Klein;P. Medina;C. Parisel;M. Richer;C. Santos;C. Weber
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文献类型：
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作者：
L. Arnold;R. Baumann;E. Chambit;M. Filliger;C. Fuchs;C. Kieber;D. Klein;P. Medina;C. Parisel;M. Richer;C. Santos;C. Weber
我们报告了跟踪数字处理（TNT）板的发展，这是一个更雄心勃勃的数据采集系统的基本模块，旨在在未来的欧洲实验中进行在线数据采集和处理。该模块广泛使用现场可编程门阵列（FPGA）进行信号反卷积和能量计算，数据丢失最少。四个通道可以同时处理。事件收集通过快速通用串行总线（USB2）执行。该系统可以维持100千赫的事件速率而无死区时间。本文描述了脉冲处理算法在基于高密度fpga的事件处理数字电子模块中的实际实现。描述了整个系统及其体系结构，以及一些技术特征。最后，我们提出了一些结果和未来的发展。
We report on the development of Tracking Numerical Treatment (TNT) boards, which are the basic bricks of a more ambitious data acquisition system intended for online data acquisition and treatment in future European experiments. The module makes extensive use of field programmable gate arrays (FPGA) for signal deconvolution and energy calculation with a minimum of data loss. Four channels can be processed simultaneously. Event collection is performed through a fast universal serial bus (USB2). The system can sustain an event rate of 100 kHz without dead time. Here we describe the practical implementation of pulse processing algorithms in a digital electronic module based on high density FPGAs for event processing. The overall system and its architecture are portrayed, along with some technical characteristics. Finally, we present some results and future developments.