NUCLEAR TECHNIQUES, Volume. 47, Issue 12, 120203(2024)

Design and development of SHINE accelerator fast interlock system

Chunlei YU*, Guanghua CHEN, Jianguo DING, Ming LI, Qingwen XIAO, and Yingbing YAN
Author Affiliations
  • Shanghai Advanced Research Institute, Chinese Academy of Sciences, Shanghai 201210, China
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    Figures & Tables(13)
    Schematic layout of the SHINE
    The structure diagram of fast interlock FPIO module
    General architecture of fast interlock system and slow interlock system
    Structure and signal interaction between intergrated stations of interlock system
    Logic execution diagram of fast interlock system
    Schematic diagram of interlock mode control and transmission
    The sub-station site photographs of interlock system
    Snapshot of the interface of interlock system for electron gun
    Snapshot of oscilloscope results for single node response time test
    Snapshot of oscilloscope results for multi-nodes response time test (a) 1 m cable connection, (b) 800 m cable connection
    • Table 1. The software and hardware required for the fast interlock system

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      Table 1. The software and hardware required for the fast interlock system

      所需项 Required items名称 Denomination
      FPGA开发环境 FGPA development environmentISE@designed Suite 14.7 Spartan 6 VM
      虚拟机 Virtual machineOracle VM VirtualBox
      FPIO软件模板 FPIO softwareBSP
      FPIOF3DF01-ON
      FA-M3系统 FA-M3 system包含电源模块、底板、CPU等 FA-M3 system contains PS, baseboard, CPU, etc.
      FPGA编程线缆 FPGA platform cableHW-USB-II-G
      编程转换线 Conversion cableKM73-1
    • Table 2. Statistical table of fast interlock signals

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      Table 2. Statistical table of fast interlock signals

      对接系统

      Systems

      注入器段信号数量

      Numbers of signals from injector

      直线段信号数量

      Numbers of signals from linac

      束流分配和波荡器段信号数量

      Numbers of signals from beam distribution and undulator beamlines

      低电平系统 LLRF1616212
      真空Vacuum98015
      束流测量 Beam measurement32192657

      束流分配功率源

      Beam distribution power source

      2060
    • Table 3. The interlock operation mode of injector

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      Table 3. The interlock operation mode of injector

      运行模式

      Operation mode

      模式说明 Mode declaration

      注入器老练模式

      Commissioning mode

      停止驱动激光的定时输出,关闭激光光闸,正常情况下,保持功率源工作状态。信号报警不锁存,可自动复位 The trigger for driver laser should be inhibited, and the laser shutter should be closed. Keep the solid-state amplifiers working if the related interlock signals are normal. The alarm signals are not latched, and the function of automatic reset can be implemented.

      电子枪运行

      Electron gun operation mode

      电子枪段建立正常的联锁条件,旁路电子枪段之后的联锁输入 All the signals after the e-gun should be bypassed, and the normal interlock condition is established for e-gun.

      注入器运行

      Injector operation mode

      注入器段建立正常的联锁条件,旁路注入器之后的联锁输入 The normal interlock condition is established for injector, and all the signals after injector should be bypassed.

      低重频模式

      Low repetition rate mode

      禁止激光的定时触发频率超过50 Hz The repetition rate of trigger for driver laser should be less than 50 Hz.

      高重频模式

      High repetition rate mode

      禁止截面靶在线工作,禁止丝扫描设备工作在低速状态 The profiles are forbidden to work on line, and wire scanners are forbidden to work in slow speed.
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    Chunlei YU, Guanghua CHEN, Jianguo DING, Ming LI, Qingwen XIAO, Yingbing YAN. Design and development of SHINE accelerator fast interlock system[J]. NUCLEAR TECHNIQUES, 2024, 47(12): 120203

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    Paper Information

    Category: ACCELERATOR, RAY TECHNOLOGY AND APPLICATIONS

    Received: May. 18, 2024

    Accepted: --

    Published Online: Jan. 15, 2025

    The Author Email: YU Chunlei (yucl@sari.ac.cn)

    DOI:10.11889/j.0253-3219.2024.hjs.47.120203

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