Home CMS Production Clean room MedAustron HEPHY testbeams old
testbeam-MA2018 testbeam-MA2019 testbeam-MA2020 testbeam-MA2021 testbeam-MA2023 testbeam-MA2024 testbeam-MA2025
  Testbeams at MedAustron in 2025, Page 13 of 13  Not logged in ELOG logo
Entry  Sun Jun 22 04:23:59 2025, Julia Müllner, 124.4 MeV mouse, 53, TOF-Cal GSI, 124.4 MeV/u, Low Flux High, Helium, Good, 4:24, 4:33, 9, , ,  

axis1: 1

axis 2: -1

Entry  Sun Jun 22 04:34:00 2025, Julia Müllner, 124.4 MeV mouse, 54, TOF-Cal GSI, 124.4 MeV/u, Low Flux High, Helium, Good, 4:34, 4:43, 9, , ,  

axis 1: 1

axis 2: 2

Entry  Sun Jun 22 04:44:05 2025, Julia Müllner, 124.4 MeV mouse, 55, TOF-Cal GSI, 124.4 MeV/u, Low Flux High, Helium, Good, 4:44, 4:53, 9, , ,  

axis 1: 1

axis 2: 5

Entry  Sun Jun 22 04:53:41 2025, Julia Müllner, 124.4 MeV mouse, 56, TOF-Cal GSI, 124.4 MeV/u, Low Flux High, Helium, , 4:59, 5:03, 4, , ,  

axis 1: 5

axis 2: 2

mouse is upside down

Entry  Sun Jun 22 05:03:52 2025, Julia Müllner, 124.4 MeV mouse, 57, TOF-Cal GSI, 124.4 MeV/u, Low Flux High, Helium, Good, 5:06, 5:16, 10, , ,  

axis 1: -24

axis 2: 2

still upside down

Entry  Sun Jun 22 05:16:32 2025, Julia Müllner, 402 MeV mouse, 58, TOF-Cal GSI, 402MeV/u, Low Flux High, Carbon, Good, 5:29, 6:00, 31, , ,  

axis 1: 5

axis 2: 2

degrader 10, mouse is still inside

Entry  Sat Aug 16 23:44:00 2025, Maximilian Babeluk, CASTID - Summary, , TJ-Monopix2, 800 MeV, , Proton, , , , , , ,  

Summary for the CASTID shift RO Aug 16, 2025

We measured four TJ-Monopix2 DUTS with HV/HVC frontends using AIDA mode in a stacked telescope configuration. We used 800MeV protons at low flux settings from very low to high.

 

We took two high statistics runs on each of the 4 rates. Then we repeated the measurements at medium and high settings for following readout speeds (40 is the default): 30, 20, 10, 2 (minimum).

At increased readout speed, we shoudl be able to recover (part) of the efficiency drop at increased rates.

- Occasionally (maybe a few times an hour but in clusters) we got 8b/10b errors. If so, they all came from the W02R01 DUT using BDAQ board #063/50 and the TLU adapter 1. This is the main source of having 'crap' data

- About 3 times during the test beam, one of the chips (each time a different one) stopped sending data which was possible to recover with a power cycle.

 

ELOG V3.1.5-fc6679b