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p5:p5 [2017/02/10 19:26] – [Fiber assignment] leacp5:p5 [2017/03/08 13:13] – [How to login to underground PCs] leac
Line 41: Line 41:
   qpll   qpll
   both qpll locked   both qpll locked
 +  power off
 +  (turn on LV on DCS)
 +  power on
  
   * If you do not see the expected output, try to powercycle the CCU and opto power.    * If you do not see the expected output, try to powercycle the CCU and opto power. 
Line 76: Line 79:
  
   TBMDelay25 --> check chose SDA value, if ok updatePortcard.   TBMDelay25 --> check chose SDA value, if ok updatePortcard.
 +  POHBiasBPIX --> updatePortcard.
   SCurve without HV   SCurve without HV
   SCurve with HV --> run analysis, compare using script in /home/cmspixel/scurves/scurves.py   SCurve with HV --> run analysis, compare using script in /home/cmspixel/scurves/scurves.py
Line 109: Line 113:
      
      
-===== Fiber assignment ===== 
  
-== Patch Panel ==  
-^ 1          ^ 2 ^ 3       ^ 4  ^ 5    ^ 6      | 
-| pxFEC   | FED 1 top     | FED 1 bottom       |FED 2 top   | FED 2 bottom    |FED 3 top | 
- 
-== Detector Side ==  
-^ BpI SEC1-4 ^ | 
-^ Crate End ^ Detector End | 
-| 1          | SEC1-pxFEC    | 
-| 2          | SEC1-1    | 
-| 3          | SEC1-2    | 
-| 4          | SEC1-3    | 
-| 5          | SEC1-4    | 
-| 6          | SEC1-5     | 
-| 7          | SEC2-pxFEC    | 
-| 8          | SEC2-1    | 
-| 9          | SEC2-2    | 
-| 10         | SEC2-3    | 
-| 11         | SEC2-4    | 
-| 12         | SEC2-5     | 
-| 13         | SEC3-pxFEC    | 
-| 14          | SEC3-1    | 
-| 15          | SEC3-2    | 
-| 16         |SEC3-3    | 
-| 17         | SEC3-4    | 
-| 18         | tkFEC     | 
-| 19          | SEC4-pxFEC    | 
-| 20          | SEC4-1    | 
-| 21          | SEC4-2    | 
-| 22         |SEC4-3    | 
-| 23         | SEC4-4    | 
-| 24         | SEC4-5     | 
- 
- 
-^ BpI SEC5-8 ^ | 
-^ Crate End ^ Detector End | 
-| 7          | SEC8-pxFEC    | 
-| 8          | SEC8-1    | 
-| 9          | SEC8-2    | 
-| 13         | SEC8-3    | 
-| 14         | SEC8-4    | 
-| 19         | SEC8-5     | 
-| 7          | SEC7-pxFEC    | 
-| 8          | SEC7-1    | 
-| 9          | SEC7-2    | 
-| 13         | SEC7-3    | 
-| 14         | SEC7-4    | 
-| 19         | SEC7-5     | 
-| 7         | SEC6-pxFEC    | 
-| 8         | SEC6-1    | 
-| 9         | SEC6-2    | 
-| 13         |SEC6-3    | 
-| 14         | SEC6-4    | 
-| 19         | tkFEC     | 
-| 7          | SEC5-pxFEC    | 
-| 8          | SEC5-1    | 
-| 9          | SEC5-2    | 
-| 13         |SEC5-3    | 
-| 14         | SEC5-4    | 
-| 19         | SEC5-5     | 
  
  
 ===== List of known issues ===== ===== List of known issues =====
-^ Quadrant          ^ Sector ^ Module       ^ hub   ^ ROCs    ^ FED        ^ fiber ^ FED ch    ^ issue | +^ PLace/Date    ^ Quadrant          ^ Sector ^ Module       ^ hub   ^ ROCs    ^ FED        ^ fiber ^ FED ch    ^ issue | 
-| BmI    | SEC2      | MOD 3_3_4       |28   | 0-15     |42   |14        |(27,28)        | constant SDATA  | +| PSI | BmI   | SEC2   | MOD 3_3_4  |28      | 0-15    | 42 | 14    |(27,28)        | constant SDATA     | 
-| BmI    | SEC2      | MOD 2_3_3       |23 TBMA  | 0-7  |41   |21        |(41,42)        | asymmetric SDATA1  | +| PSI | BmI   | SEC2   | MOD 2_3_3  |23 TBMA | 0-7     | 41 | 21    |(41,42)        | asymmetric SDATA1  | 
-| BpI    | SEC1      | MOD 1_1_4      |27 | 12-15  |42   |10        |(19,20)        | token does not pass  | +| P5 Cleanroom | BmI| SEC4   | MOD 2_7_1  | 21     | 0-15    | 42 | 3,4   |(5,8)          | not programmable  | 
-| BpI    | SEC2      | MOD 2_3_4       |22 | 0-15  |41   |23,24        |(45,46),(47,48)        | module not programmable  | +| P5 Cleanroom | BmI| SEC7   | MOD 3_20_2  | 26     | 0-15    | 43 | 5   |(9,10)          | not programmable  | 
-| BpI    | SEC8      | MOD 4_32_2      |6 | 1,12-14  |42   |17        |(33,34)        | ROCs not programmable  | +| PSI | BpI   | SEC1   | MOD 1_1_4  |27      | 12-15   | 42 | 10    |(19,20)        | token does not pass  | 
-| BmO    | SEC6      | MOD 4_23_2       |10   | 0-15     |44   |1        |(1,2)        | module not programmable  | +| PSI | BpI   | SEC2   | MOD 2_3_4  |22      | 0-15    | 41 | 23,24 |(45,46),(47,48)| module not programmable  | 
-| BmO    | SEC8      | MOD 2_14_2       |20 TBMA  | 0-7     |42   |2        |(3,4)        | asymmetric SDATA1 |+| PSI | BpI  | SEC8   | MOD 4_32_2 |6       | 1,12-14 | 42 | 17    |(33,34)        | ROCs not programmable  | 
 +| PSI | BmO   | SEC5   | MOD 1_4_2 |30      | 8-11    | 41 | 4     |(7,8)          | asymmetric SDATA  | 
 +| PSI | BmO   | SEC6   | MOD 4_23_2 |10      | 0-15    | 44 | 1     |(1,2)          | module not programmable  | 
 +| PSI | BmO   | SEC8   | MOD 2_14_2 |20 TBMA | 0-7     | 42 | 2     |(3,4)          | asymmetric SDATA1 | 
 +| P5 Cleanroom | BpO| SEC1   | MOD 3_1_4  | 28     | 0-15    | 42 | 14   |(27,28)          | flawy, seems to work cold  |
 ===== Elog =====   ===== Elog =====  
  
Line 188: Line 136:
 https://elog.physik.uzh.ch:8080/PixelPOS/ https://elog.physik.uzh.ch:8080/PixelPOS/
      
 +  *   For each sector, write down all currents at power up and after configure.  
   *   For each calibration: enter sector, run number and calibration type and additional information if needed.   *   For each calibration: enter sector, run number and calibration type and additional information if needed.
   *   For each sector, enter a summary of working/non-working components.    *   For each sector, enter a summary of working/non-working components. 
  
 +===== How to login to underground PCs =====  
 +
 +  Login to cmsusr:
 +  ssh -Y username@cmsusr
 +  
 +  From there login to any of the pixel PCs, for example:
 +  ssh -Y srv-s2b18-32-01 
 +  
 +  Become pixeldev:
 +  xsudo -u pixeldev -H bash -l
 +  cd ~pixeldev
 +  
 +  Go to POS installation:
 +  cd ~pixeldev/TriDAS_r45/pixel/PixelRun
 +  
 +  Config files are under:
 +  /pixel/config/BPix/
 +  
 +  Open firefox on cmsusr login node and go to PixelSupervisor:
 +  http://srv-s2b18-32-01.cern.ch:1973
 +  
 +  
 +  
 +===== How to power up =====  
 +  
 +  As pixeldev open three terminal windows. 
 +  
 +  Start the BPixelTools ccu program in the first tab:
 +  cd ~pixeldev/TriDAS_r45/pixel/BPixelTools/ccu
 +  ./run.bsh
 +  
 +  (note if you change from the detector inner side (BpI/BmI) to the outer side (BpO/BmO) you will need to change the address of the TKFEC in the file ccu/connections.xml)
 +  
 +  Start the BPixelTools pxfec program in the second tab:
 +  cd ~pixeldev/TriDAS_r45/pixel/BPixelTools/pxfec
 +  ./run.bsh
 +  
 +  Use the third tab to run the python script:
 +  cd ~pixeldev/TriDAS_r45/pixel/BPixelTools/testLea
 +  
 +  For each sector you want to power on run:
 +  python powerOnDcdc.py sectorid
 +  , where sectorid is bmi1,bpi1,bmo1,bpo1,etc
 +  
 +  To power off:
 +  python powerOffDcdc.py sectorid
 +  
 +  
 +  
  
 + 
p5/p5.txt · Last modified: 2017/03/09 10:06 by leac

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