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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
4	21	10
5	-1	sans doute la 23
6	19
7	17
8	15
9	13
10	9
11	5
12	1
13	3
14	7
15	11
16	14
17	10
18	6
19	2
20	0
21	4
22	8
23	12
24	16
25	18
26	20
27	22
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
4	21	100	738042	559.5	3.54
4	21	150	738043	606.1	2.95
4	21	200	738045	648.6	3.19
4	21	250	738047	686	2.38
6	19	100	738048	544.4	3.30
6	19	150	738049	588.3	2.53
6	19	200	738050	628.7	3.73
6	19	250	738051	664.1	2.59
7	17	100	738053	566.7	1.06
7	17	150	738054	609.8	2.58
7	17	200	738055	650.7	2.17
7	17	250	738056	686.3	2.63
8	15	100	738057	577.5	2.31
8	15	150	738059	626.9	2.31
8	15	200	738060	672.9	3.11
8	15	200	738061	715.4	2.54
9	13	100	738062	573.3	4.48
9	13	150	738063	619.5	3.09
9	13	200	738064	663.7	1.64
9	13	250	738065	702.5	2.51
10	9	100	738067	571.1	2.90
10	9	150	738068	615.9	2.24
10	9	200	738069	658.0	1.88
10	9	250	738070	695.6	2.40
11	5	100	738073	586.0	5.23
11	5	150	738076	636.3	3.06
11	5	200	738077	683.4	2.00
11	5	250	738078	726.1	1.99
12	1	100	738079	584.6	3.91
12	1	150	738080	634.3	1.09
12	1	200	738081	680.8	2.75
12	1	250	738082	724.3	1.81
13	3	100	738083	582.4	3.03
13	3	150	738084	631.6	2.98
13	3	200	738085	677.9	2.83
13	3	250	738086	720.3	2.85
14	7	100	738088	583.6	4.92
14	7	150	738089	634.4	2.37
14	7	200	738091	681.4	2.95
14	7	250	738093	727.4	2.93
15	11	100	738095	589.7	4.82
15	11	150	738097	641.5	3.44
15	11	200	738099	690.7	4.11
15	11	250	738093	738.5	2.56
16	14	100	738104	586.6	1.48
16	14	150	738105	638.5	3.73
16	14	200	738106	687.6	3.27
16	14	250	738107	731.5	2.14
17	10	100	738108	589.8	3.74
17	10	150	738109	643.6	2.47
17	10	200	738110	690.7	5.86
17	10	250	738111	737.5	3.01
18	6	100	738112	591.1	7.5
18	6	150	738113	646.8	1.72
18	6	200	738114	698.2	1.15
18	6	250	738115	745.7	2.46
19	2	100	738116	589.1	2.50
19	2	150	738117	642.3	0.95
19	2	200	738118	692.9	1.85
19	2	250	738119	740.2	2.28
20	0	100	738120	589.1	2.36
20	0	150	738121	640.9	2.25
20	0	200	738122	689.3	3.92
20	0	250	738123	733.8	2.62
21	4	100	738124	592.6	1.64
21	4	150	738125	645.4	0.90
21	4	200	738126	695.6	1.19
21	4	250	738127	742.9	2.19
22	8	100	738130	592.0	4.30
22	8	150	738131	645.2	1.69
22	8	200	738132	693.7	4.67
22	8	250	738133	739.6	5.22
23	12	100	738134	580.6	1.95
23	12	150	738135	630.2	2.14
23	12	200	738136	677.2	2.82
23	12	250	738137	720.2	2.46
24	16	100	738139	554.3	1.75
24	16	150	738140	603.7	3.64
24	16	200	738141	651.0	0.77
24	16	250	738142	691.7	2.4
25	18	100	738143	552.1	1.97
25	18	150	738144	600.0	3.40
25	18	200	738145	646.3	2.96
25	18	250	738146	686.9	2.19
26	20	100	738148	570.7	5.07
26	20	150	738149	619.5	3.06
26	20	200	738150	664.7	2.36
26	20	250	738151	704.7	2.89
27	22	100	738152	565.1	2.79
27	22	150	738153	612.8	3.08
27	22	200	738154	658.1	2.30
27	22	250	738155	698.1	2.65

Analyse et ajustement des piedestaux

lemo	canal TDC	Injection	run	mean	RMS	Slope	Pedestal	R2
4	21	100	738042	559.5	3.54
4	21	150	738043	606.1	2.95
4	21	200	738045	648.6	3.19
4	21	250	738047	686	2.38	0.844	477.35	0.9976236386
6	19	100	738048	544.4	3.3
6	19	150	738049	588.3	2.53
6	19	200	738050	628.7	3.73
6	19	250	738051	664.1	2.59	0.799	466.55	0.9977276102
7	17	100	738053	566.7	1.06
7	17	150	738054	609.8	2.58
7	17	200	738055	650.7	2.17
7	17	250	738056	686.3	2.63	0.7994	488.48	0.9981827037
8	15	100	738057	577.5	2.31
8	15	150	738059	626.9	2.31
8	15	200	738060	672.9	3.11
8	15	250	738061	715.4	2.54	0.9194	487.28	0.9988747515
9	13	100	738062	573.3	4.48
9	13	150	738063	619.5	3.09
9	13	200	738064	663.7	1.64
9	13	250	738065	702.5	2.51	0.8636	488.62	0.9984718582
10	9	100	738067	571.1	2.9
10	9	150	738068	615.9	2.24
10	9	200	738069	658	1.88
10	9	250	738070	695.6	2.4	0.8312	489.69	0.9984828813
11	5	100	738073	586	5.23
11	5	150	738076	636.3	3.06
11	5	200	738077	683.4	2
11	5	250	738078	726.1	1.99	0.9348	494.36	0.9986732068
12	1	100	738079	584.6	3.91
12	1	150	738080	634.3	1.09
12	1	200	738081	680.8	2.75
12	1	250	738082	724.3	1.81	0.9312	493.04	0.9991140018
13	3	100	738083	582.4	3.03
13	3	150	738084	631.6	2.98
13	3	200	738085	677.9	2.83
13	3	250	738086	720.3	2.85	0.92	492.05	0.9989038494
14	7	100	738088	583.6	4.92
14	7	150	738089	634.4	2.37
14	7	200	738091	681.4	2.95
14	7	250	738093	727.4	2.93	0.9568	489.26	0.999462683
15	11	100	738095	589.7	4.82
15	11	150	738097	641.5	3.44
15	11	200	738099	690.7	4.11
15	11	250	738093	738.5	2.56	0.9912	491.64	0.9996685399
16	14	100	738104	586.6	1.48
16	14	150	738105	638.5	3.73
16	14	200	738106	687.6	3.27
16	14	250	738107	731.5	2.14	0.9676	491.72	0.9986101689
17	10	100	738108	589.8	3.74
17	10	150	738109	643.6	2.47
17	10	200	738110	690.7	5.86
17	10	250	738111	737.5	3.01	0.9804	493.83	0.9988113824
18	6	100	738112	591.1	7.5
18	6	150	738113	646.8	1.72
18	6	200	738114	698.2	1.15
18	6	250	738115	745.7	2.46	1.0304	490.13	0.998734382
19	2	100	738116	589.1	2.5
19	2	150	738117	642.3	0.95
19	2	200	738118	692.9	1.85
19	2	250	738119	740.2	2.28	1.0078	489.76	0.9993130774
20	0	100	738120	589.1	2.36
20	0	150	738121	640.9	2.25
20	0	200	738122	689.3	3.92
20	0	250	738123	733.8	2.62	0.965	494.4	0.9988557231
21	4	100	738124	592.6	1.64
21	4	150	738125	645.4	0.9
21	4	200	738126	695.6	1.19
21	4	250	738127	742.9	2.19	1.0022	493.74	0.9993976579
22	8	100	738130	592	4.3
22	8	150	738131	645.2	1.69
22	8	200	738132	693.7	4.67
22	8	250	738133	739.6	5.22	0.9826	495.67	0.9988791067
23	12	100	738134	580.6	1.95
23	12	150	738135	630.2	2.14
23	12	200	738136	677.2	2.82
23	12	250	738137	720.2	2.46	0.9316	489.02	0.9989881642
24	16	100	738139	554.3	1.75
24	16	150	738140	603.7	3.64
24	16	200	738141	651	0.77
24	16	250	738142	691.7	2.4	0.919	464.35	0.9981152407
25	18	100	738143	552.1	1.97
25	18	150	738144	600	3.4
25	18	200	738145	646.3	2.96
25	18	250	738146	686.9	2.19	0.9014	463.58	0.9986074688
26	20	100	738148	570.7	5.07
26	20	150	738149	619.5	3.06
26	20	200	738150	664.7	2.36
26	20	250	738151	704.7	2.89	0.8944	483.38	0.9980548724
27	22	100	738152	565.1	2.79
27	22	150	738153	612.8	3.08
27	22	200	738154	658.1	2.3
27	22	250	738155	698.1	2.65	0.8886	478.02	0.9984580239

— 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

6	19	100	738177	562.7	2.77
6	19	150	738180	606.4	3.30
6	19	200	738182	647.2	2.44
6	19	250	738184	681.7	4.00

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

0.7956

485.27

0.15912

0.9972601393

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