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Chinese Physics C> 2008, Vol. 32> Issue(S2) : 217-221 

Design of a 1.2 GSPS single-channel real-time long-distance transmission sampling system for fast-transient signal

  • This article has introduced the origin and speciality of fast-transient signal, and told the meaning of researching on fast-transient signal. The main troubles of sampling on fast-transient signal is its `fast' and `transient', and the experiment's bad condition also troubles the transmission of information. To solve those troubles we put forward a technology called `digital Forward-sampling', and designs a sampling system for the fast-transient signal with this technology. The sampling rate of this system is 1.2 GSPS; it could get the whole pulse of fast-transient signal through the digital Forward-sampling technology; this system also could transmit the result to the analyzing equipment kilometers away immediately, before the data was destroyed by the electromagnetic and
    mechanical wave. In the end, this article tells the result of testing on this system, and gives the improved project.
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  • References

    [1] L#220; Min. WANG Kui-Lu. Mleasurement Technology of Nu-clear Test Pulse Ray. Beijing: National Defense Industry Publishing House, 2006. P236-2392 Howard Johnson Mlartin Graham. High-Speed Digital De-sign. 20043 L#220; Min. WANG Kui-Lu. Mleasurement Technology of Nu-clear Test Pulse Ray. Beijing: National Defense Industry Publishing House, 2006. P265-2904 Datasheet "ADC 8-bit 1GSPS, TS8388B".Atmel5 Datasheet "DMUX 8-/10-bit 2GHZ 1:4/8, TS81102G0".Atmel6 Application Note "Applying Atmel ADC and DMUX". At-mel7 Douglas Brooks. Signal Integrity Issues and Printed Circuit Board Design. 20058 CHENG Xiao-Lei, FAN Ru-Yu. Optimized Design of Gray Code CounterVHDL Realization. The 6th National Nu-clear Facilities Application Academic Conference. 20079 BAI Tong-Yun, L#220; Xiao-De. Electromagnetic Compatibil-ity Design. Beijing: Beijing: Beijing University of Posts and Telecommunications Publishing House, 2002. 2-310 High-Speed PCB Design Software Hyperlynx Instruction Manual (Tutorial) 2002.811 YU Bo. High-Speed Electronic Circuit Signal Intactness Design New Product New Technology 200112 Mlark I Mlontrose Electromagnetic Compatibility and Printed Circuit Board People's PostTelecommunications Publishing House 2002. 150-15813 LI Jin. Material about Modern RadiationParticle Detection. Beijing: Department of Engineering Physics of Ts-inghua University, 200514 YANG Tao. Research on High-speed and High-accuracy Data Collection System:「Mlaster's Degree Dissertation.Chengdu: University of Electronic Science and Technology,200415 WU Ji-Hua, WANG Cheng et al. Altera FPGA/CPLD De-sign (Basic. Beijing: People's PostTelecommunications Publishing House, 2005. 288-29216 WU Ji-Hua, WANG Cheng et al. Altera FPGA/CPLD De-sign (Advanced. Beijing: People's PostTelecommunica-dons Publishing House, 2005. 300-33017 ZHOU Run-Jing et al. Cadence PCB Design and Board Printing. Beijing: Publishing House of Electronics Indus-try, 20018 WANG Zhen-Hua. Development on FPGA-based Ultra-high Data Collection System Mlaster's Degree Disserta-tion. Beijing: Department of Engineering Physics of Ts-inghua University, 2006

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CHENG Xiao-Lei, FAN Ru-Yu and LI Bing-Kang. Design of a 1.2 GSPS single-channel real-time long-distance transmission sampling system for fast-transient signal[J]. Chinese Physics C, 2008, 32(S2): 217-221.
CHENG Xiao-Lei, FAN Ru-Yu and LI Bing-Kang. Design of a 1.2 GSPS single-channel real-time long-distance transmission sampling system for fast-transient signal[J]. Chinese Physics C, 2008, 32(S2): 217-221. shu
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Received: 2008-07-17
Revised: 1900-01-01
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Design of a 1.2 GSPS single-channel real-time long-distance transmission sampling system for fast-transient signal

    Corresponding author: CHENG Xiao-Lei,
  • Received Date: 2008-07-17
  • Accepted Date: 1900-01-01
  • Available Online: 2008-01-03

Abstract: This article has introduced the origin and speciality of fast-transient signal, and told the meaning of researching on fast-transient signal. The main troubles of sampling on fast-transient signal is its `fast' and `transient', and the experiment's bad condition also troubles the transmission of information. To solve those troubles we put forward a technology called `digital Forward-sampling', and designs a sampling system for the fast-transient signal with this technology. The sampling rate of this system is 1.2 GSPS; it could get the whole pulse of fast-transient signal through the digital Forward-sampling technology; this system also could transmit the result to the analyzing equipment kilometers away immediately, before the data was destroyed by the electromagnetic and
mechanical wave. In the end, this article tells the result of testing on this system, and gives the improved project.

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