Electronics WG

Walter Snoeys – CERN – PH – ESE – ME –TOTEM December 2008

Electronics WG


DCS: In progress – RP box done - will need some help from the institutes

Power supplies – need technician help from institute for protection diode in OPFCs

Boards

Host and optoRX status

RP MB and hybrids

Mezzanines CC, VFAT trigger

Gas detector hybrids

T1 electronics ROC, AFEC, CFEC …

T2 electronics

Cables -> need full list

Triggering: need to fix ideas on how to signal a problem of one of the data paths (out of sync, etc…), if trigger rate too high how is throttle organized, etc…

Interlock and RP electrical trigger

Current schedule


Current scheduleW. S. 02.11.2008

RP T1 T2

Test setups +

spareTotal who design proto test

Start Prod

End Prod.

Start Test

End of Test

RP CardsRP Hybrid 240 40 280 CERN Nov-08 Jan-08 Jan-09RP Motherboard 24 6 30 CERN Nov-08 Feb-08 Dec-08

T1 CardsT1 anode hybrid (*) 120 20 140 Genova Nov-08 Jan-08 Jan-09T1 cathode hybrid (*) 360 30 390 Genova Nov-08 Jan-08 Jan-09Anode FrontEnd Card (AFEC) 60 10 70 Genova Nov-08 Jan-08 Dec-08Cathode FrontEnd Card (CFEC1) 120 20 140 Genova Nov-08 Jan-08 Dec-08T1 Readout Card (ROC) 40 5 45 Genova Nov-08 Jan-08 Dec-08

T2 CardsGEM strip hybrid (*) 160 20 180 Pisa Nov-08 Jan-08 Jan-09GEM Pad hybrid (*) 520 60 580 Pisa Nov-08 Jan-08 Jan-09Horseshoe Card 40 5 45 Pisa Nov-08 Jan-08 Nov-0811th Card 4 2 6 Pisa Oct-08 Jan-08 Nov-08Kaptons between Horseshoe & 11th 40 7 47 Pisa

40 7 4740 7 47

H,P,T card (sensor carrier) 4 2 6 Pisa Dec-08Opto TX 8 2 10 Pisa Oct-08 Jan-08 Nov-08

Trigger cardsTriggerTimingControl Card (TTCci) 1 4 5 CMSLocal Trigger Control Card (LTC) 1 1 2 CMSCoincidence Chip hybrid 48 52 20 120 Hungary Oct-08 Mar-08 Jan-09VFAT Trigger mezzanine 24 8 6 38 CERN Oct-08 Mar-08 Dec-08Repeater Card 124 12 136 CERN Nov-08 Nov-08 Jan-09Optocoupler card 2 1 3 CERN Nov-08 Nov-08 Jan-09Trigger output card 1 1 2 Pisa Dec-08T1 Trigger Merger Mezzanine 2 1 3 Genova Jun-09

Quantity


Current schedule

DAQ CardsGigabit Opto Hybrid (GOH) 120 100 72 53 345 CMSOptoRX 12 10 10 9 41 Preshower Nov-08VME64x Host Board 6 4 4 6 20 CERNVME Back Plane 4 1 5 Bari Nov-08Slink64 card 8 6 4 18 CMS

Control CardsCCUM (CCU mezzanine) 24 40 20 16 100 CMSCCUM Carrier 4 4 8 Jan-09 Jan-09 Jan-09DOHM (DOH on it available) 4 4 4 2 14 CERN Nov-08FEC 1 1 1 1 4 CMSFEC mezzanine 4 4 4 2 14 CMSELMB 20 CERN PoolELMB Motherboard 16 CERN PoolELMB DAC (Radmon readout) 8 3 2 3 16 CERN/LHCbPatch Panel board (Radmon readout) 8 3 2 3 16 CERN/LHCb Nov-08 Dec-08Radmon integrated sensor carrier 24 8 4 36 CERN DTInterlock card 2 2 CERN Feb-09

Test cards (TTP needed in larger quantity for development)Horseshoe adapter card 2 2 PisaHorseshoe prod test card 1 1 PisaHOST board test setup 2 2 PreshowerOptoRX test setup 2 2 PreshowerTOTEM Test Platform (TTP) 20 20 CERN(*) The GEM strip hybrid and T1 hybrids are identical, for the cathodes the wire bonding is different if only the digital part of the VFAT is used.The GEM pad hybrid is only slightly different to match the channel to trigger sector correspondence.


End Switch 1AND

RP_OUT 1

RP_OUT 12x 12

LVDT Resolver 1

FESA

comparePosition 1-3

Position 9-12

x 12

Limits

GMT (SMP)

OR

CIBU 1

ALL_RP_OUT

DEVICE_ALLOWED

USER_PERMITBeam 1

USER_PERMITBeam 2

Interlock block diagram

End Switch 12

LVDT Resolver 12

x 12 x 4

compare

CIBF 1INJECTION_INHIBIT

Beam 1

CIBF 2INJECTION_INHIBIT

Beam 2

DCS OVERRIDE 1

ORSTABLE BEAMBACK HOME

IN MOTOR CONTROL RACK

OR

CIBU 2

DAQTR_OUT USER_PERMITBeam 1

USER_PERMITBeam 2

IN S2E11 (TRIGGER/DAQ) RACK

AND

x 12

AND

ALL_RP_OUT

Motor Control

DAQTR 1AND

DAQTR_OUT 1

DAQTR_OUT 12x 4

DAQTR 4

x 4

DAQTR DOWN

OVERRIDE 2

MACHINE FLAGS


Interlock schematics Johan Morant

Specs finalized Schematics almost finalized Layout to start more seriously.


CC mezzanine: several problems with bakeout 2x ! Now again in production some (~ 10 available). New production available very soon.

Mapping: For RP For T2 : outputs 1-8 -> outputs 9-16 !

Status


RP LONG CABLES Database being updated (S. Bally)

LEFT 4 5 5 4 20 6 12 12 3 4 7 7 6 12 12 3 4No. Cable No. Cable No TYPE RE- FONCTION DU CABLE ORIGINE DESTINATION

(par ST-EL) (par TOT-CMS) Barcode Label CABLE SEAU OUVRAG EQUIPEMENT ELEMENTPOSV POSH CONNECT CONVN OUVRAG EQUIPEMENT ELEMENT POSV POSH

1514631 TR.1_LV 3TR 14631 S4F05/L/QCY01 S4F05/TR.1_LV/QCY01_45 1 7x6.0CEM(scem: 04.08.80.072.6) 5CZ power to supply USC55 rack S4F05 56U CMS connector RR53 rack QCY01 need to be split in 3, (connect 2 to maraton, 1 in standby)

1514632 TR.1_LV 3TR 14632 S4F05/L/QCY01 S4F05/TR.1_LV/QCY01_45 2 MCA36P(scem: 04.21.48.336.5) 5CZ power supply control USC55 rack S4F05 56U subD 37 pin RR53 rack QCY01 subD 37 pin






1514638 TR.1_SP 3TR 14638 S2B02/D/QCY01 S2B02/TR.1_SP/QCY01_45 8 MCA36P(scem: 04.21.48.336.5) 5CZ spare USC55 rack S2B03 56U subD 37 pin RR53 rack QCY01 subD 37 pin

1514639 TR.1_LV 3TR 14639 RP220/L/QCY01 RP220_45/TR.1_LV/QCY01_45 9 2x16CEM(scem:04.08.82.160.2) 5CZ LV supply RP1an RP220 RP patch panel 56U linked to bornier in PatchP RR53 rack QCY01 branched on PS bornier

1514640 TR.1_LV 3TR 14640 RP220/L/QCY01 RP220_45/TR.1_LV/QCY01_45 10 2x16CEM(scem:04.08.82.160.2) 5CZ LV supply RP1dg RP220 RP patch panel 56U linked to bornier in PatchP RR53 rack QCY01 branched on PS bornier











1514651 TR.1_LV 3TR 14651 RP220/L/QCY01 RP220_45/TR.1_LV/QCY01_45 21 2x16CEM(scem:04.08.82.160.2) 5CZ LV supply RP cntrl RP220 RP patch panel 56U linked to bornier in PatchP RR53 rack QCY01 branched on PS bornier

1514652 TR.1_LV 3TR 14652 RP220/L/QCY01 RP220_45/TR.1_LV/QCY01_45 22 2x16CEM(scem:04.08.82.160.2) 5CZ LV supply RP repeater RP220 RP patch panel 56U split in 4, need to attribute 4 numbers RR53 rack QCY01 branched on PS bornier

1514653 TR.1_LV 3TR 14653 RP220/L/QCY01 RP220_45/TR.1_LV/QCY01_45 23 2x16CEM(scem:04.08.82.160.2) 5CZ LV supply RP optocoupler RP220 RP patch panel 56U linked to bornier in PatchP RR53 rack QCY01 branched on PS bornier

1514654 TR.1_LV 3TR 14654 RP220/L/QCY01 RP220_45/TR.1_LV/QCY01_45 24 16x2CAB.SIG.BL(scem: 04.21.44.160.2) 5CZ LV sense RP220 RP patch panel 56U Burndy 48 pin female RR53 rack QCY01 branched on PS bornier, but split !!

1514655 TR.1_SP 3TR 14655 RP220/D/QCY01 RP220_45/TR.1_SP/QCY01_45 25 MCA36P(scem: 04.21.48.336.5) 5CZ signals RP220 RP patch panel 56U subD 37 pin RR53 rack QCY01 subD37pin













1514668 TR.1_LV 3TR 14668 RP147/L/QCY01 RP147_45/TR.1_LV/QCY01_45 38 2x16CEM(scem:04.08.82.160.2) 5CZ LV supply RP cntrl RP147 RP patch panel 56U linked to bornier in PatchP RR53 rack QCY01 branched on PS bornier

1514669 TR.1_LV 3TR 14669 RP147/L/QCY01 RP147_45/TR.1_LV/QCY01_45 39 2x16CAB.SIG.BL(scem: 04.21.44.160.2) 5CZ LV sense RP147 RP patch panel 56U Burndy 48 pin female RR53 rack QCY01 branched on PS bornier, but split !!

1514670 TR.1_SP 3TR 14670 RP147/D/QCY01 RP147_45/TR.1_SP/QCY01_45 40 MCA36P(scem: 04.21.48.336.5) 5CZ signals RP147 RP patch panel 56U subD 37 pin RR53 rack QCY01 sub37pin

1514671 TR.1_HV 3TR 14671 S2B03/H/RP220 S2B03/TR.1_HV/RP220_45 41 NE48(scem: 04.21.52.147.2) 5CZ HV supply Silicon (<500 V) USC55 rack S2B3 56U Burndy 48 pin male RP220 RP patch panel Burndy 48 pin female



1514674 TR.1_SP 3TR 14674 S2B02/D/RP220 S2B02/TR.1_SP/RP220_45 44 NE48(scem: 04.21.52.147.2) 5CZ signals USC55 rack S2B2 56U Burndy 48 pin male RP220 RP patch panel Burndy 48 pin female

1514675 TR.1_SP 3TR 14675 S2B02/D/RP220 S2B02/TR.1_SP/RP220_45 45 NE48(scem: 04.21.52.147.2) 5CZ signals USC55 rack S2B2 56U Burndy 48 pin male RP220 RP patch panel Burndy 48 pin female

1514676 TR.1_RM 3TR 14676 S2B02/C/RP220 S2B02/TR.1_RM/RP220_45 46 ND100 (scem: 04.21.52.050.5) 5CZ radmon USC55 rack S2B2 56U Burndy 104 pin male RP220 RP patch panel Burndy 104 pin female


RP SHORT CABLESRIGHT SIDE (SECTOR 56) NOTE: on 220 m FAR= "-" NEAR = "+" on 150 m FAR = "+" NEAR = "-"

No. Cable (to be

determined)No famille Barcode Label No TYPE OF CABLE FUNCTION ORIGIN DESTINATION

RP station

Roman Pot Connector Type (on cable!)

Connector Type (on cable!)

Status

X1 TR.2_HV 3 TR MBNRB/H/PHV1- rp_56_147_near_bottom 1 NE48 (04.21.52.147.2) High voltage MBNRB TR1_HV1- 147 Near Bottom Burndy 28 pin F Burndy 28 pin MX2 TR.2_HV 3 TR MBNRH/H/PHV2- rp_56_147_near_horizontal 2 NE48 (04.21.52.147.2) High voltage MBNRH TR1_HV2- 147 Near Horizontal Burndy 28 pin F Burndy 28 pin MX3 TR.2_HV 3 TR MBNRT/H/PHV3- rp_56_147_near_top 3 NE48 (04.21.52.147.2) High voltage MBNRT TR1_HV3- 147 Near Top Burndy 28 pin F Burndy 28 pin MX4 TR.2_HV 3 TR MBFRB/H/PHV1+ rp_56_147_far_bottom 4 NE48 (04.21.52.147.2) High voltage MBFRB TR1_HV1+ 147 Far Bottom Burndy 28 pin F Burndy 28 pin MX5 TR.2_HV 3 TR MBFRH/H/PHV2+ rp_56_147_far_horizontal 5 NE48 (04.21.52.147.2) High voltage MBFRH TR1_HV2+ 147 Far Horizontal Burndy 28 pin F Burndy 28 pin MX6 TR.2_HV 3 TR MBFRT/H/PHV3+ rp_56_147_far_top 6 NE48 (04.21.52.147.2) High voltage MBFRT TR1_HV3+ 147 Far Top Burndy 28 pin F Burndy 28 pin MX7 TR.2_HV 3 TR MBNRB/H/PHV1+ rp_56_220_near_bottom 7 NE48 (04.21.52.147.2) High voltage MBNRB TR1_HV1+ 220 Near Bottom Burndy 28 pin F Burndy 28 pin MX8 TR.2_HV 3 TR MBNRH/H/PHV2+ rp_56_220_near_horizontal 8 NE48 (04.21.52.147.2) High voltage MBNRH TR1_HV2+ 220 Near Horizontal Burndy 28 pin F Burndy 28 pin MX9 TR.2_HV 3 TR MBNRT/H/PHV3+ rp_56_220_near_top 9 NE48 (04.21.52.147.2) High voltage MBNRT TR1_HV3+ 220 Near Top Burndy 28 pin F Burndy 28 pin MX10 TR.2_HV 3 TR MBFRB/H/PHV1- rp_56_220_far_bottom 10 NE48 (04.21.52.147.2) High voltage MBFRB TR1_HV1- 220 Far Bottom Burndy 28 pin F Burndy 28 pin MX11 TR.2_HV 3 TR MBFRH/H/PHV2- rp_56_220_far_horizontal 11 NE48 (04.21.52.147.2) High voltage MBFRH TR1_HV2- 220 Far Horizontal Burndy 28 pin F Burndy 28 pin MX12 TR.2_HV 3 TR MBFRT/H/PHV3- rp_56_220_far_top 12 NE48 (04.21.52.147.2) High voltage MBFRT TR1_HV3- 220 Far Top Burndy 28 pin F Burndy 28 pin M

X13 TR.2_SP 3 TR MBNRB/D/SP2-1 rp_56_147_near_bottom 13 NE48 (04.21.52.147.2) Signal MBNRB TR1_SP2-1 147 Near Bottom Burndy 19 pin F Burndy 19 pin MX14 TR.2_SP 3 TR MBNRH/D/SP2-2 rp_56_147_near_horizontal 14 NE48 (04.21.52.147.2) Signal MBNRH TR1_SP2-2 147 Near Horizontal Burndy 19 pin F Burndy 19 pin MX15 TR.2_SP 3 TR MBNRT/D/SP2-3 rp_56_147_near_top 15 NE48 (04.21.52.147.2) Signal MBNRT TR1_SP2-3 147 Near Top Burndy 19 pin F Burndy 19 pin MX16 TR.2_SP 3 TR MBFRB/D/SP1-1 rp_56_147_far_bottom 16 NE48 (04.21.52.147.2) Signal MBFRB TR1_SP1-1 147 Far Bottom Burndy 19 pin F Burndy 19 pin MX17 TR.2_SP 3 TR MBFRH/D/SP1-2 rp_56_147_far_horizontal 17 NE48 (04.21.52.147.2) Signal MBFRH TR1_SP1-2 147 Far Horizontal Burndy 19 pin F Burndy 19 pin MX18 TR.2_SP 3 TR MBFRT/D/SP1-3 rp_56_147_far_top 18 NE48 (04.21.52.147.2) Signal MBFRT TR1_SP1-3 147 Far Top Burndy 19 pin F Burndy 19 pin MX19 TR.2_SP 3 TR MBNRB/D/SP1-1 rp_56_220_near_bottom 19 NE48 (04.21.52.147.2) Signal MBNRB TR1_SP1-1 220 Near Bottom Burndy 19 pin F Burndy 19 pin MX20 TR.2_SP 3 TR MBNRH/D/SP1-2 rp_56_220_near_horizontal 20 NE48 (04.21.52.147.2) Signal MBNRH TR1_SP1-2 220 Near Horizontal Burndy 19 pin F Burndy 19 pin MX21 TR.2_SP 3 TR MBNRT/D/SP1-3 rp_56_220_near_top 21 NE48 (04.21.52.147.2) Signal MBNRT TR1_SP1-3 220 Near Top Burndy 19 pin F Burndy 19 pin MX22 TR.2_SP 3 TR MBFRB/D/SP2-1 rp_56_220_far_bottom 22 NE48 (04.21.52.147.2) Signal MBFRB TR1_SP2-1 220 Far Bottom Burndy 19 pin F Burndy 19 pin MX23 TR.2_SP 3 TR MBFRH/D/SP2-2 rp_56_220_far_horizontal 23 NE48 (04.21.52.147.2) Signal MBFRH TR1_SP2-2 220 Far Horizontal Burndy 19 pin F Burndy 19 pin MX24 TR.2_SP 3 TR MBFRT/D/SP2-3 rp_56_220_far_top 28 NE48 (04.21.52.147.2) Signal MBFRT TR1_SP2-3 220 Far Top Burndy 19 pin F Burndy 19 pin M

X25 TR.2_RM 3 TR MBNRB/C/PRM1- rp_56_147_near_bottom 25 NE48 (04.21.52.147.2) RADMON MBNRB TR1_RM1- 147 Near Bottom Burndy 8 pin F Burndy 19 pin MX26 TR.2_RM 3 TR MBNRH/C/PRM2- rp_56_147_near_horizontal 26 NE48 (04.21.52.147.2) RADMON MBNRH TR1_RM2- 147 Near Horizontal Burndy 8 pin F Burndy 19 pin MX27 TR.2_RM 3 TR MBNRT/C/PRM3- rp_56_147_near_top 27 NE48 (04.21.52.147.2) RADMON MBNRT TR1_RM3- 147 Near Top Burndy 8 pin F Burndy 19 pin MX28 TR.2_RM 3 TR MBFRB/C/PRM1+ rp_56_147_far_bottom 28 NE48 (04.21.52.147.2) RADMON MBFRB TR1_RM1+ 147 Far Bottom Burndy 8 pin F Burndy 19 pin MX29 TR.2_RM 3 TR MBFRH/C/PRM2+ rp_56_147_far_horizontal 29 NE48 (04.21.52.147.2) RADMON MBFRH TR1_RM2+ 147 Far Horizontal Burndy 8 pin F Burndy 19 pin MX30 TR.2_RM 3 TR MBFRT/C/PRM3+ rp_56_147_far_top 30 NE48 (04.21.52.147.2) RADMON MBFRT TR1_RM3+ 147 Far Top Burndy 8 pin F Burndy 19 pin MX31 TR.2_RM 3 TR MBNRB/C/PRM1+ rp_56_220_near_bottom 31 NE48 (04.21.52.147.2) RADMON MBNRB TR1_RM1+ 220 Near Bottom Burndy 8 pin F Burndy 19 pin MX32 TR.2_RM 3 TR MBNRH/C/PRM2+ rp_56_220_near_horizontal 32 NE48 (04.21.52.147.2) RADMON MBNRH TR1_RM2+ 220 Near Horizontal Burndy 8 pin F Burndy 19 pin MX33 TR.2_RM 3 TR MBNRT/C/PRM3+ rp_56_220_near_top 33 NE48 (04.21.52.147.2) RADMON MBNRT TR1_RM3+ 220 Near Top Burndy 8 pin F Burndy 19 pin MX34 TR.2_RM 3 TR MBFRB/C/PRM1- rp_56_220_far_bottom 34 NE48 (04.21.52.147.2) RADMON MBFRB TR1_RM1- 220 Far Bottom Burndy 8 pin F Burndy 19 pin MX35 TR.2_RM 3 TR MBFRH/C/PRM2- rp_56_220_far_horizontal 35 NE48 (04.21.52.147.2) RADMON MBFRH TR1_RM2- 220 Far Horizontal Burndy 8 pin F Burndy 19 pin MX36 TR.2_RM 3 TR MBFRT/C/PRM3- rp_56_220_far_top 36 NE48 (04.21.52.147.2) RADMON MBFRT TR1_RM3- 220 Far Top Burndy 8 pin F Burndy 19 pin M

X37 TR.2_LV 3 TR MBNRB/Q/PPS1- rp_56_147_near_bottom 37 CU.CEM (04.08.80.040.2) Power supply MBNRB PS1- 147 Near Bottom Burndy 8 pin F Burndy 4 pin MX38 TR.2_LV 3 TR MBNRB/Q/PPS2- rp_56_147_near_bottom 38 CU.CEM (04.08.80.040.2) Power supply MBNRB PS2- 147 Near Bottom Burndy 8 pin F Burndy 4 pin MX39 TR.2_LV 3 TR MBNRH/Q/PPS3- rp_56_147_near_horizontal 39 CU.CEM (04.08.80.040.2) Power supply MBNRH PS3- 147 Near Horizontal Burndy 8 pin F Burndy 4 pin MX40 TR.2_LV 3 TR MBNRH/Q/PPS4- rp_56_147_near_horizontal 40 CU.CEM (04.08.80.040.2) Power supply MBNRH PS4- 147 Near Horizontal Burndy 8 pin F Burndy 4 pin MX41 TR.2_LV 3 TR MBNRT/Q/PPS5- rp_56_147_near_top 41 CU.CEM (04.08.80.040.2) Power supply MBNRT PS5- 147 Near Top Burndy 8 pin F Burndy 4 pin MX42 TR.2_LV 3 TR MBNRTB/Q/PPS6- rp_56_147_near_top 42 CU.CEM (04.08.80.040.2) Power supply MBNRT PS6- 147 Near Top Burndy 8 pin F Burndy 4 pin MX43 TR.2_LV 3 TR MBFRB/Q/PPS1+ rp_56_147_far_bottom 43 CU.CEM (04.08.80.040.2) Power supply MBFRB PS1+ 147 Far Bottom Burndy 8 pin F Burndy 4 pin MX44 TR.2_LV 3 TR MBFRB/Q/PPS2+ rp_56_147_far_bottom 44 CU.CEM (04.08.80.040.2) Power supply MBFRB PS2+ 147 Far Bottom Burndy 8 pin F Burndy 4 pin MX45 TR.2_LV 3 TR MBFRH/Q/PPS3+ rp_56_147_far_horizontal 45 CU.CEM (04.08.80.040.2) Power supply MBFRH PS3+ 147 Far Horizontal Burndy 8 pin F Burndy 4 pin MX46 TR.2_LV 3 TR MBFRH/Q/PPS4+ rp_56_147_far_horizontal 46 CU.CEM (04.08.80.040.2) Power supply MBFRH PS4+ 147 Far Horizontal Burndy 8 pin F Burndy 4 pin MX47 TR.2_LV 3 TR MBFRT/Q/PPS5+ rp_56_147_far_top 47 CU.CEM (04.08.80.040.2) Power supply MBFRT PS5+ 147 Far Top Burndy 8 pin F Burndy 4 pin MX48 TR.2_LV 3 TR MBFRT/Q/PPS6+ rp_56_147_far_top 48 CU.CEM (04.08.80.040.2) Power supply MBFRT PS6+ 147 Far Top Burndy 8 pin F Burndy 4 pin MX49 TR.2_LV 3 TR MBNRB/Q/PPS1+ rp_56_220_near_bottom 49 CU.CEM (04.08.80.040.2) Power supply MBNRB PS1+ 220 Near Bottom Burndy 8 pin F Burndy 4 pin MX50 TR.2_LV 3 TR MBNRB/Q/PPS2+ rp_56_220_near_bottom 50 CU.CEM (04.08.80.040.2) Power supply MBNRB PS2+ 220 Near Bottom Burndy 8 pin F Burndy 4 pin MX51 TR.2_LV 3 TR MBNRH/Q/PPS3+ rp_56_220_near_horizontal 51 CU.CEM (04.08.80.040.2) Power supply MBNRH PS3+ 220 Near Horizontal Burndy 8 pin F Burndy 4 pin MX52 TR.2_LV 3 TR MBNRH/Q/PPS4+ rp_56_220_near_horizontal 52 CU.CEM (04.08.80.040.2) Power supply MBNRH PS4+ 220 Near Horizontal Burndy 8 pin F Burndy 4 pin MX53 TR.2_LV 3 TR MBNRT/Q/PPS5+ rp_56_220_near_top 53 CU.CEM (04.08.80.040.2) Power supply MBNRT PS5+ 220 Near Top Burndy 8 pin F Burndy 4 pin MX54 TR.2_LV 3 TR MBNRTB/Q/PPS6+ rp_56_220_near_top 54 CU.CEM (04.08.80.040.2) Power supply MBNRT PS6+ 220 Near Top Burndy 8 pin F Burndy 4 pin MX55 TR.2_LV 3 TR MBFRB/Q/PPS1- rp_56_220_far_bottom 55 CU.CEM (04.08.80.040.2) Power supply MBFRB PS1- 220 Far Bottom Burndy 8 pin F Burndy 4 pin MX56 TR.2_LV 3 TR MBFRB/Q/PPS2- rp_56_220_far_bottom 56 CU.CEM (04.08.80.040.2) Power supply MBFRB PS2- 220 Far Bottom Burndy 8 pin F Burndy 4 pin MX57 TR.2_LV 3 TR MBFRH/Q/PPS3- rp_56_220_far_horizontal 57 CU.CEM (04.08.80.040.2) Power supply MBFRH PS3- 220 Far Horizontal Burndy 8 pin F Burndy 4 pin MX58 TR.2_LV 3 TR MBFRH/Q/PPS4- rp_56_220_far_horizontal 58 CU.CEM (04.08.80.040.2) Power supply MBFRH PS4- 220 Far Horizontal Burndy 8 pin F Burndy 4 pin MX59 TR.2_LV 3 TR MBFRT/Q/PPS5- rp_56_220_far_top 59 CU.CEM (04.08.80.040.2) Power supply MBFRT PS5- 220 Far Top Burndy 8 pin F Burndy 4 pin MX60 TR.2_LV 3 TR MBFRT/Q/PPS6- rp_56_220_far_top 60 CU.CEM (04.08.80.040.2) Power supply MBFRT PS6- 220 Far Top Burndy 8 pin F Burndy 4 pin M

X61 TR.2_CO 3 TR DM147/C/MBFRB rp_56_147_dohm_fr_b 61 MB28 (04.21.48.147.3) Control loop DM147 MBFRB 147 3M 20 pin M 3M 20 pin MX62 TR.2_CO 3 TR MBFRB/C/MBFRH rp_56_147_fr_b_fr_h 62 MB28 (04.21.48.147.3) Control loop MBFRB MBFRH 147 3M 20 pin M 3M 20 pin MX63 TR.2_CO 3 TR MBFRH/C/MBFRT rp_56_147_fr_h_fr_t 63 MB28 (04.21.48.147.3) Control loop MBFRH MBFRT 147 3M 20 pin M 3M 20 pin MX64 TR.2_CO 3 TR MBFRT/C/MBNRB rp_56_147_fr_t_nr_b 64 MB28 (04.21.48.147.3) Control loop MBFRT MBNRB 147 3M 20 pin M 3M 20 pin MX65 TR.2_CO 3 TR MBNRB/C/MBNRH rp_56_147_nr_b_nr_h 65 MB28 (04.21.48.147.3) Control loop MBNRB MBNRH 147 3M 20 pin M 3M 20 pin MX66 TR.2_CO 3 TR MBNRH/C/MBNRT rp_56_147_nr_h_nr_t 66 MB28 (04.21.48.147.3) Control loop MBNRH MBNRT 147 3M 20 pin M 3M 20 pin MX67 TR.2_CO 3 TR MBNRT/C/DM147 rp_56_147_nr_t_dohm 67 MB28 (04.21.48.147.3) Control loop MBNRT DM147 147 3M 20 pin M 3M 20 pin MX68 TR.2_CO 3 TR DM220/C/MBFRB rp_56_220_dohm_fr_b 68 MB28 (04.21.48.147.3) Control loop DM220 MBFRB 220 3M 20 pin M 3M 20 pin MX69 TR.2_CO 3 TR MBFRB/C/MBFRH rp_56_220_fr_b_fr_h 69 MB28 (04.21.48.147.3) Control loop MBFRB MBFRH 220 3M 20 pin M 3M 20 pin MX70 TR.2_CO 3 TR MBFRH/C/MBFRT rp_56_220_fr_h_fr_t 70 MB28 (04.21.48.147.3) Control loop MBFRH MBFRT 220 3M 20 pin M 3M 20 pin MX71 TR.2_CO 3 TR MBFRT/C/MBNRB rp_56_220_fr_t_nr_b 71 MB28 (04.21.48.147.3) Control loop MBFRT MBNRB 220 3M 20 pin M 3M 20 pin MX72 TR.2_CO 3 TR MBNRB/C/MBNRH rp_56_220_nr_b_nr_h 72 MB28 (04.21.48.147.3) Control loop MBNRB MBNRH 220 3M 20 pin M 3M 20 pin MX73 TR.2_CO 3 TR MBNRH/C/MBNRT rp_56_220_nr_h_nr_t 73 MB28 (04.21.48.147.3) Control loop MBNRH MBNRT 220 3M 20 pin M 3M 20 pin MX74 TR.2_CO 3 TR MBNRT/C/DM220 rp_56_220_nr_t_dohm 74 MB28 (04.21.48.147.3) Control loop MBNRT DM220 220 3M 20 pin M 3M 20 pin M

To be verified (pins !)

Do not exist,

except from and to dohm on 220m

Do not exist

Do not exist

Do not exist

Do not exist

RP220 still to be verified

RP 147 being prepared with labels to be connectorized in institutes


RP OPTICAL FIBERS

About to arrive

RIGHT SIDE (SECTOR 56) NOTE: on 220 m FAR= "-" NEAR = "+" on 150 m FAR = "+" NEAR = "-"No. Cable (to

be determined)

No famille Barcode Label No TYPE OF CABLE FUNCTION ORIGIN DESTINATIONRP

stationRoman Pot



Status

X1 TR.2_OF 3 TR MBNRB/O/FO3_1 rp_56_150_near_bottom 1 SMU-SMU Optical Fiber Data MBNRB FO3_1 150 Near Bottom SMU SMUX2 TR.2_OF 3 TR MBNRB/O/FO3_2 rp_56_150_near_bottom 2 SMU-SMU Optical Fiber Data MBNRB FO3_2 150 Near Bottom SMU SMUX3 TR.2_OF 3 TR MBNRB/O/FO3_3 rp_56_150_near_bottom 3 SMU-SMU Optical Fiber Data MBNRB FO3_3 150 Near Bottom SMU SMUX4 TR.2_OF 3 TR MBNRB/O/FO4_7 rp_56_150_near_bottom 4 SMU-SMU Optical Fiber Trigger MBNRB FO4_7 150 Near Bottom SMU SMUX5 TR.2_OF 3 TR MBNRB/O/FO4_8 rp_56_150_near_bottom 5 SMU-SMU Optical Fiber Trigger MBNRB FO4_8 150 Near Bottom SMU SMUX6 TR.2_OF 3 TR MBNRB/O/XXXXX rp_56_150_near_bottom 6 SMU-SMU Optical Fiber Spare MBNRB XXXXX 150 Near Bottom SMU SMU

X7 TR.2_OF 3 TR MBNRH/O/FO3_5 rp_56_150_near_horizontal 1 SMU-SMU Optical Fiber Data MBNRH FO3_5 150 Near Horizontal SMU SMUX8 TR.2_OF 3 TR MBNRH/O/FO3_6 rp_56_150_near_horizontal 2 SMU-SMU Optical Fiber Data MBNRH FO3_6 150 Near Horizontal SMU SMUX9 TR.2_OF 3 TR MBNRH/O/FO3_7 rp_56_150_near_horizontal 3 SMU-SMU Optical Fiber Data MBNRH FO3_7 150 Near Horizontal SMU SMUX10 TR.2_OF 3 TR MBNRH/O/FO4_9 rp_56_150_near_horizontal 4 SMU-SMU Optical Fiber Trigger MBNRH FO4_9 150 Near Horizontal SMU SMUX11 TR.2_OF 3 TR MBNRH/O/FO410 rp_56_150_near_horizontal 5 SMU-SMU Optical Fiber Trigger MBNRH FO410 150 Near Horizontal SMU SMUX12 TR.2_OF 3 TR MBNRH/O/XXXXX rp_56_150_near_horizontal 6 SMU-SMU Optical Fiber Spare MBNRH XXXXX 150 Near Horizontal SMU SMU

X13 TR.2_OF 3 TR MBNRT/O/FO3_9 rp_56_150_near_top 1 SMU-SMU Optical Fiber Data MBNRT FO3_9 150 Near Top SMU SMUX14 TR.2_OF 3 TR MBNRT/O/FO310 rp_56_150_near_top 2 SMU-SMU Optical Fiber Data MBNRT FO310 150 Near Top SMU SMUX15 TR.2_OF 3 TR MBNRT/O/FO311 rp_56_150_near_top 3 SMU-SMU Optical Fiber Data MBNRT FO311 150 Near Top SMU SMUX16 TR.2_OF 3 TR MBNRT/O/FO411 rp_56_150_near_top 4 SMU-SMU Optical Fiber Trigger MBNRT FO411 150 Near Top SMU SMUX17 TR.2_OF 3 TR MBNRT/O/FO412 rp_56_150_near_top 5 SMU-SMU Optical Fiber Trigger MBNRT FO412 150 Near Top SMU SMUX18 TR.2_OF 3 TR MBNRT/O/XXXXX rp_56_150_near_top 6 SMU-SMU Optical Fiber Spare MBNRT XXXXX 150 Near Top SMU SMU

Ordered

Ordered

Ordered

POT FUNCTION FIBRE NUMBERFANOUT NUMBER

FIBRE NUMBERFIBRE BOX CHANNEL

LONG FIBRE

1 12 23 34 15 2

SPARE - - - -1 52 63 74 35 4

SPARE 6 - - -1 92 103 114 55 6

SPARE 6 - - -1 12 23 34 75 8

SPARE 6 - - -1 52 63 74 95 10

SPARE 6 - - -1 92 103 114 115 12

SPARE 6 - - -

1

FIBRES

4

TRIGGER

4

4

2

3

4

2

4

Sect

or 4

-5

2

2

2

3

3

DATA

DATA

DATA

TRIGGER

220

far

tptp

hrbt

3

220

near

hr

DATA

bt

DATA

3

DATA

TRIGGER

TRIGGER

TRIGGER

TRIGGER 44

4

2

4 4

4

3

4

1514709

DOHM N: 01 / ADDR:0xXX

Electronics WG

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