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Paper
IPM / Particles And Accelerator / 15787 |
School of Particles and Accelerator
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Title: |
Plasma Platform to Investigate Error Structure in the Electronic Components
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Author(s): |
| 1 . |
Mahmud Vahdat Roshan
| | 2 . |
Hossein Sadeghi
| | 3 . |
S Fazelpour
| | 4 . |
Sing Lee
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Seongling Yap
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Status: |
Published
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Journal: |
IEEE Transactions on Plasma Science
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No.: |
5
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Vol.: |
47
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Year: |
2019
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Supported by: |
IPM
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Abstract: |
This program was designed to introduce a plasma platform to examine the field programmable gate array (FPGA) of the link boards typically used at the CERNs Large Hadron Collider (LHC). Pulsed plasma systems with accelerating gradient of 1 kV/um generate high-intensity, high-energy radiation beams. Single-event upset (SEU) is caused by radiation deposition in the FPGA. In FPGA, the SEU probability for 1-MeV protons and 10-keV X-rays are 0.1 and 2*10 -9 particle -1 . The number of SEU induced in the Si by 1-MeV proton irradiation at 0.8-V bias computed from simulation in COMSOL Multiphysics was 1.8 * 10 5 . Although more experimental research is needed to identify the underlying mechanisms, pulsed plasma is perceived as being a smart alternative to investigate the error structure in FPGA.
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