Speaker
Description
The beam diagnostic system of HIAF includes many subsystems, and the self-developed and researched electronic hardware adopts a highly integrated software and hardware architecture.To meet the requirements of beam debugging and measurement as well as user testing and experiments, the author of this paper developed a beam diagnostic embedded system based on EPICS and LACCS.This system fully utilizes whole resources to achieve real-time parameter setting, dynamic monitoring of status quantities, real-time transmission and monitoring of beam waveform data, and processing and storage of beam big data.The system have been online and operate for nearly a thousand sets, and run stably for a long time. The long-term stable operation of the laboratory and the temperature drift is respectively <3 um/℃ and 0.02 °/℃，which meet the beam debugging and operation requirements of the HIAF and other accelerator beam diagnosis systems，like SSC-Linac, LEAF, CAFe and PREF.
| I have read and accept the Conference Policies | Yes |
|---|
