Readout(scheme(for(the(Baby2 MIND(detector(
E.(Noah1,(A.(Blondel1,(Y.(Favre1,(Y.(Kudenko2,( O.(Mineev2,(R.(Tsenov2(
1University(of(Geneva,(Switzerland( 2INR,(Russia(
( PD15:(Moscow:(Troitsk:(629(July(2015(
Readout(scheme(for(the(Baby2 MIND(detector( E.(Noah 1 ,(A.(Blondel 1 - - PowerPoint PPT Presentation
Readout(scheme(for(the(Baby2 MIND(detector( E.(Noah 1 ,(A.(Blondel 1 ,(Y.(Favre 1 ,(Y.(Kudenko 2 ,( O.(Mineev 2 ,(R.(Tsenov 2( 1 University(of(Geneva,(Switzerland( 2 INR,(Russia( ( PD15:(Moscow:(Troitsk:(629(July(2015( ( Outline(
1University(of(Geneva,(Switzerland( 2INR,(Russia(
( PD15:(Moscow:(Troitsk:(629(July(2015(
2(
interleaved(with(plasSc(scinSllator(detector(modules.(
at(various(facililiSes,(downstream(of:(
– WAGASCI(at(J2PARC((2016(onwards)(:(anS2nu(selecSon( efficiencies(>(90%.( – LAr%(WA105)%(2017(onwards):(Use(of(MIND(detectors( integrated(from(start(of(studies(or(Long(Baseline(experiments(in( Europe((LBNO):(muon(charge(ID(and(momentum,(tail(catching(
acceptance(for(events(in(6×6×6m3(of(WA105(LAr.((
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Detector(modules( ! Plas>c%scin>llator%bars:%
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htemp Entries 3000 Mean 83.34 RMS 12.36 darkcnt 60 80 100 120 140 160 180 20 40 60 80 100 120 140 160 180 200 htemp Entries 3000 Mean 83.34 RMS 12.36
darkcnt
Dark(cnts([kHz]( thres.:(0.5(p.e.(
vop 67.2 67.4 67.6 67.8 68 68.2 68.4 68.6 20 40 60 80 100 120 140 160 180 200
vop
htemp Entries 3000 Mean 67.51 RMS 0.1426
vop
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10 20 30 40 50 60 70 80 90 100 20 40 60 80 100 120 10 10 DCR_map_9
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11(
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12(
Bar%pos.% [#]% Bar%ID% [#]% Bar%INR% [p.e.]% Module% [p.e.]% 1( 6421( 124.4( 145.2( 2( 6411( 125.4( 155.4( 3( 6422( 119.0( 138.7( 4( 6410( 134.6( 153.6( 5( 6414( 112.9( 142.5( 6( 6409( 118.6( 136.6( 7( 6412( 129.4( 146.2( 8( 6413( 119.0( 183(
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“OpScal”(crosstalk:(light(yield(in(adjacent(bars(
a b c( d
L.y.(cuts:( Ch3>70p.e.( Ch11>70p.e.( Ch19>70p.e.(
14(
htemp Entries 888 Mean 11.39 RMS 41.83
(ch2-946.070)/19.29+(ch10-947.900)/18.05 50 100 150 200 250 300 350 50 100 150 200 250 300 350
htemp Entries 888 Mean 11.39 RMS 41.83
(ch2-946.070)/19.29+(ch10-947.900)/18.05 {(((ch19-950)/18.12>70)&&((ch3-951.540)/18.46>70))&&((ch11-946.130)/17.25>70)}htemp Entries 888 Mean 0.4442 RMS 25.73
(ch1-949.020)/17.71+(ch9-948.280)/20.14
50 100 150 200 250 300 350 100 200 300 400 500 600 700
htemp Entries 888 Mean 0.4442 RMS 25.73
(ch1-949.020)/17.71+(ch9-948.280)/20.14 {(((ch19-950)/18.12>70)&&((ch3-951.540)/18.46>70))&&((ch11-946.130)/17.25>70)}htemp Entries 888 Mean 10.66 RMS 35.75
(ch4-945.350)/19.15+(ch12-951.450)/18.94 50 100 150 200 250 300 350 50 100 150 200 250 300 350
htemp Entries 888 Mean 10.66 RMS 35.75
(ch4-945.350)/19.15+(ch12-951.450)/18.94 {(((ch19-950)/18.12>70)&&((ch3-951.540)/18.46>70))&&((ch11-946.130)/17.25>70)}htemp Entries 888 Mean
RMS 22.51
(ch5-939.850)/19.04+(ch13-947.020)/19.51
50 100 150 200 250 300 350 100 200 300 400 500 600 700
htemp Entries 888 Mean
RMS 22.51
(ch5-939.850)/19.04+(ch13-947.020)/19.51 {(((ch19-950)/18.12>70)&&((ch3-951.540)/18.46>70))&&((ch11-946.130)/17.25>70)}a b c( d
“OpScal”(crosstalk:(l.y.(sum(of(both(ends(collected(in(adjacent(bars(
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Baby(MIND(electronics(chain(
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(
Baby)MIND)FEB)(Photo)by)Y.)Favre)12)March)2015)) 16(
17(
FEB(firmware(architecture(
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Summary(
F.(Cadoux,(M.(Dementjoz,(S.(Fedotov,(A.(Khotyantsev,(A.(Kleimenova,(A.( Mefodiev,(L.(Nicola,(T.(Ovsiannikova,(N.(Yershov...((
19(
20(
21(
Tested(SiPM(parameters(at(INR(
22(
Tested(SiPM(performance(at(INR(
23(
Tests(of(1(x(1(mm2(MPPC(at(INR(
“New”(MPPC(50µm(cell(size(( same(opScal(cross2talk(and( a}erpulsing(for(both,( sensiSve(area(difference:(
24(
Hamamatsu(opSons(tested(
25(
Hamamatsu(opSons(vs(readout(
26(
Hamamatsu(MPPC(S125712025C(spec.(
27(
Hamamatsu(MPPC(S125712025C:(gain(and(PDE(