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Design and Achievement of Nuclear Electromagnetic Pulse Field Detector Based on Signal Transmission Through Fiber

机译:基于光纤信号传输的核电脉动场检测器的设计与实现

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The paper introduces the design principles, development and technical performance of nuclear electromagnetic pulse field detector based on signal transmission through fiber. By adopting FFT, spectrum truncation analysis is carried out to nuclear electromagnetic pulse signals, so as to determine the minimum required bandwidth for measurement of nuclear electromagnetic pulse. Laser circuit and detector circuit are designed on this basis. The development of nuclear electromagnetic pulse field detector provides material support for research on protection technology of nuclear electromagnetic pulse field and is of great significance for enhancement of protection research level of Chinese electronic information equipment on nuclear electromagnetic pulse field.
机译:本文介绍了核电磁脉冲场检测器的设计原理,发展和技术性能,基于光纤信号传输。 通过采用FFT,谱截断分析以核电磁脉冲信号进行,以确定测量核电脉冲的最小所需带宽。 在此基础上设计激光电路和检测电路。 核电磁脉冲场检测器的开发为核电脉冲场保护技术研究提供了材料支持,对核电脉冲场中电子信息设备的保护研究水平提高了重要意义。

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