MO; démarrage
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| 8h35 mise sous tension: PSS, LB9000, modulateur, chillers |
Entered by Hugues Monard from 134.158.195.145 on Thu Dec 3 10:57:47 2020; demarrage a blanc 3 dec 2020
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Bilan démarrage à blanc 3 dec 2020 : (H Monard, S Cavalier)
but : verification etat IHM pour conditionnement RF avec H Monard + JN Cayla
Sur compte H Monard : sur Client2 plateforme IHM ne se lance pas |
Entered by Hugues Monard from 134.158.195.145 on Thu Dec 3 13:44:55 2020; signal photodiode laser
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IC, VK, AM, VC, ND; Beam requirements for the ring
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The following parameters are required for ring operations:
- At least 50pC on TL/DG/ICT.01 with std <20pC
- At least 20pC on TL/DG/ICT.02 with std <20pC |
ND; RE: Beam requirements for the ring
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An IHM to check some of these parameters has been created (git/panneaux/StatusInfoIHM_ring_vars.py) and added to Plateforme_IHM...
Quote:
The following parameters are required for ring operations: |
ND, IC; Steerers and BPM map for the ring 
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| See attached files. |
VK, IC, VM, JH, KD, ND; Summary of the ring commissioning meeting
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The ring orbit has been re-established despite some difficulties after the shutdown.
The ring cavity has been started. Whatever the phase it kills the beam.
Two hypothesis: |
ND; RE: Summary of the ring commissioning meeting
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Regarding the remote control of the RF synthetizer: it can only be controlled via GPIB and RS-232.
=> Phase shift will be done from the synchro synthetiser
=> Power control can be done with a variable attenuator controlled by the synchro synthetiser or a delay generator. |
IC, VM, SC, JH, VC, ND; Summary of the ring commissioning meeting    
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Excitation (betatron oscillation) on the beam observed by exciting it with the extraction kicker => initial measures of the tune.
Tune measured close from expected value.
Reason for oscillation damping is not understood. |
IC, VK, LS, JH, ND; Summary of the ring commissioning meeting
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=== Summary of last week:
- Frequency was reduced to 500.0202MHz but the beam stayed only for 100s of turns
- Good storage was achieved at 500.40MHz: |
VK, IC, JH, VM, LS, MB, ND; Summary of the ring commissioning meeting
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Main studies:
- Measure bucket width in phase on Thursday at 500.02MHz => no storage beyond 45kV
- Measure frequency with spectrum analyser => 500.39MHz |
Entered by Hayg Guler from 134.158.195.145 on Tue Nov 19 11:16:25 2019;
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Salle de controle :
installer Xlib pour tout le monde
mettre les environnements en place
IHM vide :
couleurs ??
Chiller : |
Entered by bruni from 134.158.195.142 on Tue Jul 7 14:24:55 2020; test régulation températures canon/section
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Ouverture des chillers et du frigo sur place.
Ouverture de l'IHM plateforme
Mise frigo ON et les chillersV |
Entered by bruni from 134.158.195.142 on Wed Jul 8 14:32:48 2020; test moteur solénoide en charge
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Prise de mesure relative entre les deux bobines : 18.7cm avec les alimentations éteintes mais du refroidissement.
Mise en route des alimentations 80A sur la contre champ, et 275 sur la focalisante.
Prise de mesure à nouveau : 18.7cm --> ca n'a pas bougé |
Entered by Hugues Monard from 134.158.195.145 on Thu Dec 3 13:50:13 2020; signal photodiode 03-12-20
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Entered by Hugues Monard from 134.158.195.145 on Thu Dec 3 15:16:48 2020;
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Signaux RF - REdPitaya 03-12-20
Photodiode laser - RP.04 A
QS RP.04 B |
Entered by Hugues Monard from 134.158.195.145 on Thu Dec 3 15:26:07 2020;
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| signaux photodiode PrC Qs test avec generateur impulsion ! 2 V , 3 µs (bleu ciel) et signal avec rampe, 1V (moire), photodiode (rose) |
Entered by Sophie Chance from 134.158.195.141 on Thu Mar 4 16:35:53 2021; Tests IHM RF
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De nouveaux tests ont été fait sur l'IHM RF amélioré (M. Omeich, H. Guler, S. Chance, JN. Cayla)
Tous les redpitayas ont été testés via un générateur de retard. |
Entered by Sophie Chance from 134.158.195.141 on Thu Mar 4 16:45:48 2021; 
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Test du repitaya 1 voie 1 (Pi section) et 2 (Pr section)
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Entered by Sophie Chance from 134.158.195.141 on Thu Mar 4 16:56:07 2021; redpitaya 2
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| Tests du redpitaya 2 voie 1 (Boucle section) voie 2 est libre |