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5-24 Research and Development on Nuclear Electronics in 2014 Nuclear Electronics Group

机译:5-24 2014年核电子学研究与发展核电子学组

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Nuclear electronics group in IMP is focused on researching and developing the instruments and the readoutsystems for the research of nuclear and particle physics, and the relevant interdisciplinary research. Some creativeworks have been done by the team in 2014.First, a front-end electronics (FEE) for a plastic scintillation array detector has been developed successfully,which has been used in a scientific satellite (engineering model) for space dark matter explore. There are 360channels included in the FEE, which can process the signals from dynodes of PMTs combined with the plasticscintillators in the detector. For each channel, the input dynamic range is from 120 fC to 12 pC, and the nonlinearityis better than 2%, the equivalent noise is less than 0.1 MIPs, and resolution is better than 0.8%. The dead timefor read out the data in FEE is less than 1.5 ms. Meanwhile, a data acquisition system (DAQ) employed for testperformance of the FEE in laboratory has been developed also.
机译:IMP的核电子学小组致力于研究和开发用于核和粒子物理研究以及相关跨学科研究的仪器和读出系统。该团队在2014年完成了一些创新工作。首先,成功开发了用于塑料闪烁阵列检测器的前端电子设备(FEE),该电子设备已用于科学卫星(工程模型)中,用于探索太空暗物质。 FEE中包含360个通道,可以处理来自PMT倍增极与检测器中的塑料闪烁体组合的信号。对于每个通道,输入动态范围为120 fC至12 pC,非线性度优于2%,等效噪声小于0.1 MIPs,分辨率优于0.8%。读取FEE中数据的空载时间小于1.5毫秒。同时,还开发了用于实验室FEE测试性能的数据采集系统(DAQ)。

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