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1. 清华大学工程物理系
2. 清华大学工程物理系,北京,100084
纸质出版日期:2007-06-01
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[1]敖奇,魏义祥,文向阳.基于DSP的数字化多道脉冲幅度分析器设计[J].核技术,2007(06):532-536.
AO Qi WEI Yixiang WEN Xiangyang. Design of digital multi-channel pulse height analyzer[J]. Nuclear techniques, 2007, (6): 532-536.
本文介绍了基于DSP的数字化多道系统软硬件设计和研制。硬件设计采用双FIFO结构
获得了包含上升沿及基线信息的数字脉冲信号
节约DSP带宽从而提高了系统的脉冲通过率。软件设计中
完成了基于DSP的核信号的数字处理
并通过USB接口(或串口)通讯实现了系统监控及能谱数据传输。本文还给出该系统在eV公司SPEAR型CdZnTe探测器上测得的137Cs能谱示例。
A new kind of DSP based digital multi-channel analyzer has been developed at Tsinghua University. By introducing a twin-FIFO structure in the hardware design
information of both rising edge and baseline level of digital signals can be obtained
the DSP bandwidth can be saved and the system throughput can be improved. The MCA system performs digital processing of nuclear signals in a DSP processor
and accomplishes the system monitoring and spectrum data transfer through USB (or serial) port. Energy spectra of 137Cs γ-rays
measured by the MCA system with an SPEAR CdZnTe detector provided by eV Corp. were given as an example.
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