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calibration_injection_lemo

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Board FE 2

Detection des canaux

Injection 240 mV seuil 505

LEMO TDC canal PR/remarque
1-1
2-1
3-1
421 10
5-1 sans doute la 23
619
717
815
913
109
115
121
133
147
1511
1614
1710
186
192
200
214
228
2312
2416
2518
2620
2722
28-1
29-1
30-1
31-1
32-1

On obtient le mapping suivant:

// From injection tests
const int TDC2LEMO[32]={19,11,18,12,20,10,17,13,21,9,16,14,22,8,15,7,23,6,24,5,25,3,26,4,-1,-1,-1,-1,-1,-1,-1,-1};
 
const int LEMO2TDC[32]={-1,-1,-1,21,23,19,17,15,13,9,5,1,3,7,11,
			14,10,6,2,0,4,8,12,16,18,20,22,-1,-1,-1,-1,-1};
 
// From Xushian firmware
const int PR2TDC[32]={1,3,5,7,9,11,13,15,
		17,19,21,23,-1,-1,-1,-1,
		      -1,-1,-1,-1,22,20,18,16,
		14,12,10,8,6,4,2,0};
 
const int TDC2PR[32]={31,0,30,1,29,2,28,3,27,4,26,5,25,6,24,7,
		 23,8,22,9,21,10,20,11,-1,-1,-1,-1,-1,-1,-1,-1,};
 
// So we can build
 
const int PR2LEMO[32]={11,12,10,13,9,14,8,7,6,5,3,4,-1,-1,-1,-1,-1,-1,-1,-1,26,25,24,23,15,22,16,21,17,20,18,19
};
 
const int LEMO2PR[32]={-1,-1,-1,10,11,9,8,7,6,4,2,0,1,3,5,24,26,28,30,31,29,27,25,23,22,21,20,-1,-1,-1,-1,-1};
 
// Example connection to be put in JSON geometry 
const int LEMO2STRIP[32]={86,85,84,83,82,81,80,79,78,77,76,75,74,73,72,71,
		    73,72,71,74,75,76,77,78,79,80,81,82,83,84,85,86};

Etude de l'injection

DAQ user 2017/11/29 16:23

Mesures

Fichier PR2_TDC7_737865_24FE2.json

lemo canal TDC Injection run mean RMS
421100738042559.53.54
421150738043606.12.95
421200738045648.63.19
4212507380476862.38
619100738048544.43.30
619150738049588.32.53
619200738050628.73.73
619250738051664.12.59
717100738053566.71.06
717150738054609.82.58
717200738055650.72.17
717250738056686.32.63
815100738057577.52.31
815150738059626.92.31
815200738060672.93.11
815200738061715.42.54
913100738062573.34.48
913150738063619.53.09
913200738064663.71.64
913250738065702.52.51
109100738067571.12.90
109150738068615.92.24
109200738069658.01.88
109250738070695.62.40
115100738073586.05.23
115150738076636.33.06
115200738077683.42.00
115250738078726.11.99
121100738079584.63.91
121150738080634.31.09
121200738081680.82.75
121250738082724.31.81
133100738083582.43.03
133150738084631.62.98
133200738085677.92.83
133250738086720.32.85
147100738088583.64.92
147150738089634.42.37
147200738091681.42.95
147250738093727.42.93
1511100738095589.74.82
1511150738097641.53.44
1511200738099690.74.11
1511250738093738.52.56
1614100738104586.61.48
1614150738105638.53.73
1614200738106687.63.27
1614250738107731.52.14
1710100738108589.83.74
1710150738109643.62.47
1710200738110690.75.86
1710250738111737.53.01
186100738112591.17.5
186150738113646.81.72
186200738114698.21.15
186250738115745.72.46
192100738116589.12.50
192150738117642.30.95
192200738118692.91.85
192250738119740.22.28
200100738120589.12.36
200150738121640.92.25
200200738122689.33.92
200250738123733.82.62
214100738124592.61.64
214150738125645.40.90
214200738126695.61.19
214250738127742.92.19
228100738130592.04.30
228150738131645.21.69
228200738132693.74.67
228250738133739.65.22
2312100738134580.61.95
2312150738135630.22.14
2312200738136677.22.82
2312250738137720.22.46
2416100738139554.31.75
2416150738140603.73.64
2416200738141651.00.77
2416250738142691.72.4
2518100738143552.11.97
2518150738144600.03.40
2518200738145646.32.96
2518250738146686.92.19
2620100738148570.75.07
2620150738149619.53.06
2620200738150664.72.36
2620250738151704.72.89
2722100738152565.12.79
2722150738153612.83.08
2722200738154658.12.30
2722250738155698.12.65

Analyse et ajustement des piedestaux

lemo canal TDC Injection run mean RMS Slope Pedestal R2
421100738042559.53.54
421150738043606.12.95
421200738045648.63.19
4212507380476862.380.844477.350.9976236386
619100738048544.43.3
619150738049588.32.53
619200738050628.73.73
619250738051664.12.590.799466.550.9977276102
717100738053566.71.06
717150738054609.82.58
717200738055650.72.17
717250738056686.32.630.7994488.480.9981827037
815100738057577.52.31
815150738059626.92.31
815200738060672.93.11
815250738061715.42.540.9194487.280.9988747515
913100738062573.34.48
913150738063619.53.09
913200738064663.71.64
913250738065702.52.510.8636488.620.9984718582
109100738067571.12.9
109150738068615.92.24
1092007380696581.88
109250738070695.62.40.8312489.690.9984828813
1151007380735865.23
115150738076636.33.06
115200738077683.42
115250738078726.11.990.9348494.360.9986732068
121100738079584.63.91
121150738080634.31.09
121200738081680.82.75
121250738082724.31.810.9312493.040.9991140018
133100738083582.43.03
133150738084631.62.98
133200738085677.92.83
133250738086720.32.850.92492.050.9989038494
147100738088583.64.92
147150738089634.42.37
147200738091681.42.95
147250738093727.42.930.9568489.260.999462683
1511100738095589.74.82
1511150738097641.53.44
1511200738099690.74.11
1511250738093738.52.560.9912491.640.9996685399
1614100738104586.61.48
1614150738105638.53.73
1614200738106687.63.27
1614250738107731.52.140.9676491.720.9986101689
1710100738108589.83.74
1710150738109643.62.47
1710200738110690.75.86
1710250738111737.53.010.9804493.830.9988113824
186100738112591.17.5
186150738113646.81.72
186200738114698.21.15
186250738115745.72.461.0304490.130.998734382
192100738116589.12.5
192150738117642.30.95
192200738118692.91.85
192250738119740.22.281.0078489.760.9993130774
200100738120589.12.36
200150738121640.92.25
200200738122689.33.92
200250738123733.82.620.965494.40.9988557231
214100738124592.61.64
214150738125645.40.9
214200738126695.61.19
214250738127742.92.191.0022493.740.9993976579
2281007381305924.3
228150738131645.21.69
228200738132693.74.67
228250738133739.65.220.9826495.670.9988791067
2312100738134580.61.95
2312150738135630.22.14
2312200738136677.22.82
2312250738137720.22.460.9316489.020.9989881642
2416100738139554.31.75
2416150738140603.73.64
24162007381416510.77
2416250738142691.72.40.919464.350.9981152407
2518100738143552.11.97
25181507381446003.4
2518200738145646.32.96
2518250738146686.92.190.9014463.580.9986074688
2620100738148570.75.07
2620150738149619.53.06
2620200738150664.72.36
2620250738151704.72.890.8944483.380.9980548724
2722100738152565.12.79
2722150738153612.83.08
2722200738154658.12.3
2722250738155698.12.650.8886478.020.9984580239

DAQ user 2017/11/29 22:05

ped=[493, 492, 494.4, 489.3, 489.7, 491.6, 488.6, 487.3, 488.5, 466.6, 477.4, 472, 0, 0, 0, 0, 0, 0, 0, 0, 478, 483.4, 463.6, 464.4, 491.7, 489, 493.8, 495.7, 490.1, 493.7, 489.8, 494.4]

Nouveau piedestaux

Pour aligner tout le monde a 496 on devrait utiliser:

newdac=[28, 31, 33, 25, 23, 25, 27, 26, 28, 35, 31, 33, 0, 0, 0, 0, 0, 0, 0, 0, 31, 29, 36, 36, 32, 28, 33, 29, 30, 30, 27, 32]

Fichier PR2_TDC7_InjectionAligned_24FE2.json

Ca ne marche pas on refait l'alignment classique 738170

pedestal 485 Bruit ~ 2

On refait la mesure LEMO6

619100738177562.72.77
619150738180606.43.30
619200738182647.22.44
619250738184681.74.00

Et on a bien le bon piedestal, le gain n'a pas bouge

0.7956485.27 0.15912 0.9972601393

Nouveau piedestaux avec la connection a la cassette

Pedestal 487 bruit ~ 2

On met une coupure a 497 pour 0.2 s on est oblige de monter a 505 pour tuer le bruit

505-487=18*5 ~ 90 fC donc injection minimale ~ 180 fC

Injection cote large canal 2
7381921701215356229.30 1.31 0.16 0.12-9.360.022
73819318011877261261.16 1.41 1.01 0.29-9.915.616
738194190118210357487.56 0.96 6.26 0.70-10.000.518
73819120047844671143597.64 0.2230.00 0.66-9.970.353
73819521051475136300099.79 0.0658.29 0.69-10.040.343
738196220238923892011100.00 0.0084.18 0.75-10.020.312
738197230249424942351100.00 0.0094.27 0.47-10.020.289
738198240226722672253100.00 0.0099.38 0.16-9.970.243
738199250225722572235100.00 0.0099.03 0.21-9.970.215
738200260257225722462100.00 0.0095.72 0.40-9.960.206
Injection cote etroit canal 14
calibration_injection_lemo.1512039503.txt.gz · Last modified: 2021/07/10 23:20 (external edit)