Difference between revisions of "DVCS3 crate and channel maps"

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(New page: Back to DVCS3 == Crate layout in the DVCS racks == * ROC27: SIS3801 scalers "A" and "B"; CAEN V1190 TDC; ARS modules 0x1,0x2,0x3 * ROC28: SIS3801 scaler "C"; ARS modules 0x4, 0x...)
 
(→‎Channel layout for SIS3801 scalers "A" and "B" and CAEN V1290 TDC)
 
(19 intermediate revisions by 3 users not shown)
Line 3: Line 3:
 
==  Crate layout in the DVCS racks ==
 
==  Crate layout in the DVCS racks ==
  
−
*  ROC27:  SIS3801 scalers "A" and "B"; CAEN V1190 TDC; ARS modules 0x1,0x2,0x3
+
=== ROC info ===
 +
Please see https://logbooks.jlab.org/entry/3292168 for information.
 +
{| border="1"
 +
!Model!!Mac1!!location!!Hostname!!IP Adress|| ROC Hardware ID || CODA ROC
 +
|-
 +
|VME||002038046D12||LHRS DVCS crate 1||intelhadvcs1 (ROC27)||129.57.192.80|| 4 || 27
 +
|-
 +
|VME||002038046DC1||LHRS DVCS crate 2||intelhadvcs2 (ROC28)||129.57.192.86|| 6 || 28
 +
|-
 +
|VME||0020CEF603EA||LHRS DVCS crate 3||intelhadvcs3 (ROC29)||129.57.192.91|| 5 || 29
 +
|-
 +
|VME||002038046D0C||LHRS DVCS crate 4||intelhadvcs4 (ROC30)||129.57.192.92|| 0 || 30
 +
|-
 +
|VME||  ||Upper level crate||intelha3 |||| 7
 +
 
 +
|}
 +
 
 +
=== Modules in each crate ===
 +
*  ROC27:  SIS3801 scalers "A" and "B"; CAEN V1290 TDC; ARS modules 0x1,0x2,0x3
 
*  ROC28:  SIS3801 scaler "C"; ARS modules 0x4, 0x5, 0x6, 0x7, 0x8
 
*  ROC28:  SIS3801 scaler "C"; ARS modules 0x4, 0x5, 0x6, 0x7, 0x8
 
*  ROC29:  SIS3801 scaler "D"; ARS modules 0x9, 0xA, 0xB, 0xC, 0xD
 
*  ROC29:  SIS3801 scaler "D"; ARS modules 0x9, 0xA, 0xB, 0xC, 0xD
Line 10: Line 28:
 
*  ROC30:  SIS3801 scaler "E"; DVCS trigger readout card
 
*  ROC30:  SIS3801 scaler "E"; DVCS trigger readout card
  
−
== Channel layout for SIS3801 scalers "A" and "B" and CAEN V1190 TDC ==
+
== Channel layout for SIS3801 scalers "A" and "B" and CAEN V1290 TDC ==
−
The input signals for SIS3801 scalers "A" and "B" and CAEN V1190 TDC are daisy chained from "A", to "B", then terminate at the TDC.  Scalers "A" and "B" have had their internal termination resistors removed.  Both scalers are gated by the spectrometer scaler gate, but scaler "B" is further disabled by the DVCS trigger busy (which includes the TS busy).  Both scalers and the TDC are latched by a narrow pulse formed from the ARS_valid signal.
+
The input signals for SIS3801 scalers "A" and "B" and CAEN V1290 TDC are daisy chained from "A", to "B", then terminate at the TDC.  Scalers "A" and "B" have had their internal termination resistors removed.  Both scalers are gated by the spectrometer scaler gate, but scaler "B" is further disabled by the DVCS trigger busy (which includes the TS busy).  Both scalers and the TDC are latched by a narrow pulse formed from the ARS_valid signal.
  
 
# 512ns clock from DVCS trigger crate (1)
 
# 512ns clock from DVCS trigger crate (1)
Line 45: Line 63:
 
# 103kHz clock from spectrometer
 
# 103kHz clock from spectrometer
 
# BCM signal
 
# BCM signal
 +
 +
[[https://docs.google.com/drawings/d/12OqVX6QDX8HrlTPwSk_mvZHsrOEZzRMPa6n8AacRSRM/edit?usp=sharing Google drive NIM cabling]]
 +
[[https://docs.google.com/spreadsheets/d/1mHOgVRjG6q5fOS136cFGxvZttCNnCNf-DkpTZtmPJUo/edit?usp=sharing DVCS cabling spreadsheet]]
 +
 +
==  Channel layout for the F1 TDC modules in ROC31 ==
 +
This information was copied from [https://logbooks.jlab.org/entry/3306435 HALOG 3306435].
 +
 +
Slot  7 - Channels 0-15 - S2Left 1-16
 +
Slot  7 - Channel 18 - Reference time
 +
Slot  9 - Channels 0-15 - S2Right 1-16
 +
Slot  9 - Channel 16 - ARS Stop
 +
Slot  9 - Channel 17 - ARS Valid
 +
Slot  9 - Channel 18 - ARS 512ns clock (could be used to check TDC resolution)
 +
Slot 10 - Channels 0-9 - Gas Cerenkov 1-10
 +
Slot 10 - Channel 10 - Gas Cerenkov Sum
 +
Slot 10 - Channel 11 - S0A - D
 +
Slot 10 - Channel 12 - S0B - D
 +
Slot 10 - Channel 13 - (Can't read my handwriting)
 +
Slot 10 - Channel 14 - SH Sum
 +
Slot 10 - Channel 18 - Reference time
 +
 +
New entry with updated slots : [https://logbooks.jlab.org/entry/3325115 HALOG 3325115]
 +
 +
Slot Detector
 +
5 S2L
 +
6 S2R and Or of S2R was sent to channel 4 of NIM/ECL discriminator (35 ? ) and Or os S2L to channel 5 ( 36 )
 +
8 Cerenkov
 +
9 S2R
 +
10 S2L
 +
 +
== Some output leaves in the tree ==
 +
 +
(This may be out-of-date)
 +
 +
Reference: https://userweb.jlab.org/~munoz/2ndprod/output/index.html
 +
 +
'''VDC'''
 +
 +
L.vdc.u1.nhit u1 number of hits
 +
L.vdc.u1.nclust u1 number of clusters
 +
L.vdc.v1.nhit v1 number of hits
 +
L.vdc.v1.nclust v1 number of clusters
 +
L.vdc.u2.nhit u2 number of hits
 +
L.vdc.u2.nclust u2 number clusters
 +
L.vdc.v2.nhit v2 number of hits
 +
L.vdc.v2.nclust v2 number of clusters
 +
 +
'''S1'''
 +
 +
L.s1.la Left PMT raw ADC
 +
L.s1.ra Rigth PMT raw ADC
 +
L.s1.la_c Left PMT corrected ADC
 +
L.s1.ra_c Right PMT corrected ADC
 +
L.s1.lt Left PMT raw TDC
 +
L.s1.rt Right PMT raw TDC
 +
L.s1.trn Number of tracks for hits
 +
L.s1.trx Track x-coordinate at the S1 plane
 +
L.s1.try Track y-coordinate at the S1 plane
 +
 +
'''S2'''
 +
 +
L.s2.la Left PMT raw ADC
 +
L.s2.ra Rigth PMT raw ADC
 +
L.s2.la_c Left PMT corrected ADC
 +
L.s2.ra_c Right PMT corrected ADC
 +
L.s2.lt Left PMT raw TDC
 +
L.s2.rt Right PMT raw TDC
 +
L.s2.trn Number of tracks for hits
 +
L.s2.trx Track x-coordinate at the S2 plane
 +
L.s2.try Track y-coordinate at the S2 plane
 +
 +
'''Cerenkov detector'''
 +
 +
L.cer.a  Raw ADCs
 +
L.cer.a_c Corrected ADC
 +
L.cer.nthit Number of hits
 +
L.cer.asum_c Sum of corrected ADC amplitudes
 +
L.cer.asum_p Sum of ADC minus pedestal values
 +
 +
'''Pion Rejector'''
 +
 +
''First layer''
 +
 +
L.prl1.a Raw ADCs
 +
L.prl1.a_c Corrected ADC
 +
L.prl1.asum_c Corrected ADC sum
 +
L.prl1.nhit Number of hits
 +
L.prl1.mult Multiplicity
 +
L.prl1.nblk Block numbers
 +
L.prl1.x Track x-coordinate
 +
L.prl1.y Track y-coordinate
 +
 +
''Second layer''
 +
 +
L.prl2.a Raw ADCs
 +
L.prl2.a_c Corrected ADC
 +
L.prl2.asum_c Corrected ADC sum
 +
L.prl2.nhit Number of hits
 +
L.prl2.mult Multiplicity
 +
L.prl2.nblk Block numbers
 +
L.prl2.x Track x-coordinate
 +
L.prl2.y Track y-coordinate 
 +
 +
'''Tracking variables'''
 +
 +
L.tr.n    Number of tracks
 +
L.tr.x    Track x coordinate (m)
 +
L.tr.y    Track y coordinate (m)
 +
L.tr.th  Tangent of track theta angle
 +
L.tr.ph  Tangent of track phi angle
 +
L.tr.d_x Detector x coordinate (m)
 +
L.tr.d_y Detector y coordinate (m)
 +
L.tr.d_th Detector tangent of theta
 +
L.tr.d_ph Detector tangent of phi
 +
L.tr.r_x Rotated x coordinate (m)
 +
L.tr.r_y Rotated y coordinate (m)
 +
L.tr.r_th Rotated tangent if theta
 +
L.tr.r_ph Rotated tangent of phi
 +
L.tr.beta Beta of track
 +
L.tr.dbeta Uncertainty of beta
 +
L.tr.tg_th Tangent of target theta
 +
L.tr.tg_ph Tangent of target phi
 +
L.tr.tg_dp Target delta
 +
L.tr.tg_y Target y coordinate
 +
L.tr.p    Track momentum (GeV) 
 +
 +
'''Beam position, BPMA and BPMB'''
 +
 +
urb.BPMA.x Reconstructed x-position of BPMA
 +
urb.BPMA.y Reconstructed y-position of BPMA
 +
urb.BPMB.x Reconstructed x-position of BPMB
 +
urb.BPMB.y Reconstructed y-position of BPMB
 +
urb.x    Reconstructed x-position at nominal interaction point
 +
urb.y    Reconstructed y-position at nominal interaction point
 +
urb.x    Reconstructed z-position at nominal interaction point
 +
urb.dir.x Reconstructed x-component of beam direction
 +
urb.dir.y Reconstructed y-component of beam direction
 +
urb.dir.z Reconstructed z-component of beam direction 
 +
 +
'''Vertex coordinates along the beam'''
 +
 +
rpl.x Vertex x-position
 +
rpl.y Vertex y-position
 +
rpl.z Vertex z-position
 +
 +
'''F1 TDC'''
 +
 +
L.F1.time[0..15] Slot 7  - Channels 0-15 - S2Left 1-16
 +
L.F1.time[18] Slot 7  - Channel 18    - Reference time
 +
L.F1.time[32..47] Slot 9  - Channels 0-15 - S2Right 1-16
 +
L.F1.time[48] Slot 9  - Channel 16    - ARS Stop
 +
L.F1.time[49] Slot 9  - Channel 17    - ARS Valid
 +
L.F1.time[50] Slot 9  - Channel 18    - ARS 512ns clock (could be used to check TDC resolution)
 +
L.F1.time[64..73] Slot 10 - Channels 0-9  - Gas Cerenkov 1-10
 +
L.F1.time[74] Slot 10 - Channel 10    - Gas Cerenkov Sum
 +
L.F1.time[75] Slot 10 - Channel 11    - S0A - D
 +
L.F1.time[76] Slot 10 - Channel 12    - S0B - D
 +
L.F1.time[77] Slot 10 - Channel 13    - ???
 +
L.F1.time[78] Slot 10 - Channel 14    - SH Sum
 +
L.F1.time[82] Slot 10 - Channel 18    - Reference time

Latest revision as of 16:02, 10 February 2017

Back to DVCS3

Crate layout in the DVCS racks

ROC info

Please see https://logbooks.jlab.org/entry/3292168 for information.

Model Mac1 location Hostname IP Adress ROC Hardware ID CODA ROC
VME 002038046D12 LHRS DVCS crate 1 intelhadvcs1 (ROC27) 129.57.192.80 4 27
VME 002038046DC1 LHRS DVCS crate 2 intelhadvcs2 (ROC28) 129.57.192.86 6 28
VME 0020CEF603EA LHRS DVCS crate 3 intelhadvcs3 (ROC29) 129.57.192.91 5 29
VME 002038046D0C LHRS DVCS crate 4 intelhadvcs4 (ROC30) 129.57.192.92 0 30
VME Upper level crate intelha3 7

Modules in each crate

  • ROC27: SIS3801 scalers "A" and "B"; CAEN V1290 TDC; ARS modules 0x1,0x2,0x3
  • ROC28: SIS3801 scaler "C"; ARS modules 0x4, 0x5, 0x6, 0x7, 0x8
  • ROC29: SIS3801 scaler "D"; ARS modules 0x9, 0xA, 0xB, 0xC, 0xD
  • DVCS trigger crate
  • NIM crate
  • ROC30: SIS3801 scaler "E"; DVCS trigger readout card

Channel layout for SIS3801 scalers "A" and "B" and CAEN V1290 TDC

The input signals for SIS3801 scalers "A" and "B" and CAEN V1290 TDC are daisy chained from "A", to "B", then terminate at the TDC. Scalers "A" and "B" have had their internal termination resistors removed. Both scalers are gated by the spectrometer scaler gate, but scaler "B" is further disabled by the DVCS trigger busy (which includes the TS busy). Both scalers and the TDC are latched by a narrow pulse formed from the ARS_valid signal.

  1. 512ns clock from DVCS trigger crate (1)
  2. DVCS cosmic trigger
  3. s0
  4. s2
  5. CER
  6. EDTM
  7. DVCS external clock or LED trigger
  8. ARS_stop
  9. ARS_valid
  10. DVCS calorimeter ADC_gate
  11. inverted S0
  12. inverted S2
  13. inverted CER
  14. L1A
  15. CaloBlock001
  16. External S2M_CER
  17. 64ns clock from DVCS trigger crate
  18. 512ns clock from DVCS trigger crate (2)
  25. Master_OR
  26. Master_OR_Live
  27. HRS_Single
  28. S2M_CER
  29. S2M_CER_Scaled
  31. 103kHz clock from spectrometer
  32. BCM signal

[Google drive NIM cabling] [DVCS cabling spreadsheet]

Channel layout for the F1 TDC modules in ROC31

This information was copied from HALOG 3306435. 

Slot  7 - Channels 0-15 - S2Left 1-16
Slot  7 - Channel 18 - Reference time
Slot  9 - Channels 0-15 - S2Right 1-16
Slot  9 - Channel 16 - ARS Stop
Slot  9 - Channel 17 - ARS Valid
Slot  9 - Channel 18 - ARS 512ns clock (could be used to check TDC resolution)
Slot 10 - Channels 0-9 - Gas Cerenkov 1-10
Slot 10 - Channel 10 - Gas Cerenkov Sum
Slot 10 - Channel 11 - S0A - D
Slot 10 - Channel 12 - S0B - D
Slot 10 - Channel 13 - (Can't read my handwriting)
Slot 10 - Channel 14 - SH Sum
Slot 10 - Channel 18 - Reference time

New entry with updated slots : HALOG 3325115 

Slot Detector
5 S2L
6 S2R and Or of S2R was sent to channel 4 of NIM/ECL discriminator (35 ? ) and Or os S2L to channel 5 ( 36 )
8 Cerenkov
9 S2R
10 S2L

Some output leaves in the tree

(This may be out-of-date)

Reference: https://userweb.jlab.org/~munoz/2ndprod/output/index.html

VDC 

L.vdc.u1.nhit	u1 number of hits
L.vdc.u1.nclust	u1 number of clusters
L.vdc.v1.nhit	v1 number of hits
L.vdc.v1.nclust	v1 number of clusters
L.vdc.u2.nhit	u2 number of hits
L.vdc.u2.nclust	u2 number clusters
L.vdc.v2.nhit	v2 number of hits
L.vdc.v2.nclust	v2 number of clusters

S1 

L.s1.la 	Left PMT raw ADC
L.s1.ra 	Rigth PMT raw ADC
L.s1.la_c	Left PMT corrected ADC
L.s1.ra_c	Right PMT corrected ADC
L.s1.lt 	Left PMT raw TDC
L.s1.rt 	Right PMT raw TDC
L.s1.trn	Number of tracks for hits
L.s1.trx	Track x-coordinate at the S1 plane
L.s1.try	Track y-coordinate at the S1 plane

S2 

L.s2.la 	Left PMT raw ADC
L.s2.ra 	Rigth PMT raw ADC
L.s2.la_c	Left PMT corrected ADC
L.s2.ra_c	Right PMT corrected ADC
L.s2.lt 	Left PMT raw TDC
L.s2.rt 	Right PMT raw TDC
L.s2.trn	Number of tracks for hits
L.s2.trx	Track x-coordinate at the S2 plane
L.s2.try	Track y-coordinate at the S2 plane

Cerenkov detector 

L.cer.a  	Raw ADCs
L.cer.a_c	Corrected ADC
L.cer.nthit	Number of hits
L.cer.asum_c	Sum of corrected ADC amplitudes
L.cer.asum_p	Sum of ADC minus pedestal values

Pion Rejector

First layer 

L.prl1.a	Raw ADCs
L.prl1.a_c	Corrected ADC
L.prl1.asum_c	Corrected ADC sum
L.prl1.nhit	Number of hits
L.prl1.mult	Multiplicity
L.prl1.nblk	Block numbers
L.prl1.x	Track x-coordinate
L.prl1.y	Track y-coordinate

Second layer 

L.prl2.a	Raw ADCs
L.prl2.a_c	Corrected ADC
L.prl2.asum_c	Corrected ADC sum
L.prl2.nhit	Number of hits
L.prl2.mult	Multiplicity
L.prl2.nblk	Block numbers
L.prl2.x	Track x-coordinate
L.prl2.y	Track y-coordinate

Tracking variables 

L.tr.n    	Number of tracks
L.tr.x    	Track x coordinate (m)
L.tr.y    	Track y coordinate (m)
L.tr.th  	Tangent of track theta angle
L.tr.ph  	Tangent of track phi angle
L.tr.d_x	Detector x coordinate (m)
L.tr.d_y	Detector y coordinate (m)
L.tr.d_th	Detector tangent of theta
L.tr.d_ph	Detector tangent of phi
L.tr.r_x	Rotated x coordinate (m)
L.tr.r_y	Rotated y coordinate (m)
L.tr.r_th	Rotated tangent if theta
L.tr.r_ph	Rotated tangent of phi
L.tr.beta	Beta of track
L.tr.dbeta	Uncertainty of beta
L.tr.tg_th	Tangent of target theta
L.tr.tg_ph	Tangent of target phi
L.tr.tg_dp	Target delta
L.tr.tg_y	Target y coordinate
L.tr.p    	Track momentum (GeV)

Beam position, BPMA and BPMB 

urb.BPMA.x	Reconstructed x-position of BPMA
urb.BPMA.y	Reconstructed y-position of BPMA
urb.BPMB.x	Reconstructed x-position of BPMB
urb.BPMB.y	Reconstructed y-position of BPMB
urb.x    	Reconstructed x-position at nominal interaction point
urb.y    	Reconstructed y-position at nominal interaction point
urb.x    	Reconstructed z-position at nominal interaction point
urb.dir.x	Reconstructed x-component of beam direction
urb.dir.y	Reconstructed y-component of beam direction
urb.dir.z	Reconstructed z-component of beam direction

Vertex coordinates along the beam 

rpl.x	Vertex x-position
rpl.y	Vertex y-position
rpl.z	Vertex z-position

F1 TDC 

L.F1.time[0..15]	Slot 7  - Channels 0-15 - S2Left 1-16
L.F1.time[18]		Slot 7  - Channel 18    - Reference time
L.F1.time[32..47]	Slot 9  - Channels 0-15 - S2Right 1-16
L.F1.time[48]		Slot 9  - Channel 16    - ARS Stop
L.F1.time[49]		Slot 9  - Channel 17    - ARS Valid
L.F1.time[50]		Slot 9  - Channel 18    - ARS 512ns clock (could be used to check TDC resolution)
L.F1.time[64..73]	Slot 10 - Channels 0-9  - Gas Cerenkov 1-10
L.F1.time[74]		Slot 10 - Channel 10    - Gas Cerenkov Sum
L.F1.time[75]		Slot 10 - Channel 11    - S0A - D
L.F1.time[76]		Slot 10 - Channel 12    - S0B - D
L.F1.time[77]		Slot 10 - Channel 13    - ???
L.F1.time[78]		Slot 10 - Channel 14    - SH Sum
L.F1.time[82]		Slot 10 - Channel 18    - Reference time
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