Frontemare di Trieste
Istituto Nazionale di Fisica Nucleare
Sezione di Trieste

Detector Commissioning - Part 2

L0 delay adjustment (2008)

The plots below show the dependence of the MPV coming from a Landau fit on the cluster charge distributions for each DDL on the imposed L0 time delay. The runs used for this study where the ones where different L0 timing delays were imposed:

  • Run 60994 - 28th of September 2008
    • The timing setting for this run was 80 (2133.33 ns) and the output file with the results of the Landau fit to the cluster charge distributions can be found here. The file has for each row the MPV and its error as well as the χ2 and the number of degrees of freedom.
  • Run 61072 - 29th of September 2008
    • The timing setting for this run was FF (4250.0 ns) and the output file with the results of the Landau fit to the cluster charge distributions can be found here. The file has for each row the MPV and its error as well as the χ2 and the number of degrees of freedom.
  • Run 61198 - 30th of September 2008
    • The timing setting for this run was 44 (1133.33 ns) and the output file with the results of the Landau fit to the cluster charge distributions can be found here. The file has for each row the MPV and its error as well as the χ2 and the number of degrees of freedom.
  • Run 61312 - 1st of October 2008
    • The timing setting for this run was 01 (16.67 ns) and the output file with the results of the Landau fit to the cluster charge distributions can be found here. The file has for each row the MPV and its error as well as the χ2 and the number of degrees of freedom.
  • Run 61418 - 2nd of October 2008
    • The timing setting for this run was 30 (800.0 ns) and the output file with the results of the Landau fit to the cluster charge distributions can be found here. The file has for each row the MPV and its error as well as the χ2 and the number of degrees of freedom.
  • Run 61618 - 3rd of October 2008
    • The timing setting for this run was 62 (1633.33 ns) and the output file with the results of the Landau fit to the cluster charge distributions can be found here. The file has for each row the MPV and its error as well as the χ2 and the number of degrees of freedom.
  • Run 61770 - 4th of October 2008
    • The timing setting for this run was F8 (4133.33 ns) and the output file with the results of the Landau fit to the cluster charge distributions can be found here. The file has for each row the MPV and its error as well as the χ2 and the number of degrees of freedom.
  • Run 61817 - 5th of October 2008
    • The timing setting for this run was 9E (2633.33 ns) and the output file with the results of the Landau fit to the cluster charge distributions can be found here. The file has for each row the MPV and its error as well as the χ2 and the number of degrees of freedom.
  • Run 61929 - 6th of October 2008
    • The timing setting for this run was CB (3383.33 ns) and the output file with the results of the Landau fit to the cluster charge distributions can be found here. The file has for each row the MPV and its error as well as the χ2 and the number of degrees of freedom.
  • Run 62276 - 9th of October 2008
    • The timing setting for this run was 3C (1000 ns) and the output file with the results of the Landau fit to the cluster charge distributions can be found here. The file has for each row the MPV and its error as well as the χ2 and the number of degrees of freedom.
  • Run 62509 - 11th of October 2008
    • The timing setting for this run was 18 (400 ns) and the output file with the results of the Landau fit to the cluster charge distributions can be found here. The file has for each row the MPV and its error as well as the χ2 and the number of degrees of freedom.
  • Run 62564 - 12th of October 2008
    • The timing setting for this run was 24 (600 ns) and the output file with the results of the Landau fit to the cluster charge distributions can be found here. The file has for each row the MPV and its error as well as the χ2 and the number of degrees of freedom.
  • Run 62834 - 15th of October 2008
    • The timing setting for this run was 24 (600 ns) and the output file with the results of the Landau fit to the cluster charge distributions can be found here. The file has for each row the MPV and its error as well as the χ2 and the number of degrees of freedom.
DDL512-LandauFit.gif

DDL513-LandauFit.gif

DDL514-LandauFit.gifDDL515-LandauFit.gif
DDL516-LandauFit.gifDDL517-LandauFit.gifDDL518-LandauFit.gifDDL519-LandauFit.gif
DDL520-LandauFit.gifDDL521-LandauFit.gifDDL522-LandauFit.gifDDL523-LandauFit.gif
DDL524-LandauFit.gifDDL525-LandauFit.gifDDL526-LandauFit.gif

DDL527-LandauFit.gif

L0 delay adjustment (2009)

The plots below show the dependence of the MPV coming from a Landau fit on the cluster charge distributions for each DDL on the imposed L0 time delay. The runs used for this study where the ones where different L0 timing delays were imposed:

  • Run 82175 - 28th of August 2009
    • The timing setting for this run was 30 (800 ns) and the output file with the results of the Landau fit to the cluster charge distributions can be found here. The file has for each row the MPV and its error as well as the χ2 and the number of degrees of freedom.
  • Run 82280 - 28th of August 2009
    • The timing setting for this run was 01 (16.67 ns) and the output file with the results of the Landau fit to the cluster charge distributions can be found here. The file has for each row the MPV and its error as well as the χ2 and the number of degrees of freedom.
  • Run 82408 - 28th of August 2009
    • The timing setting for this run was FE (4233.33 ns) and the output file with the results of the Landau fit to the cluster charge distributions can be found here. The file has for each row the MPV and its error as well as the χ2 and the number of degrees of freedom.
  • Run 82456 - 29th of August 2009
    • The timing setting for this run was 80 (2133.33 ns) and the output file with the results of the Landau fit to the cluster charge distributions can be found here. The file has for each row the MPV and its error as well as the χ2 and the number of degrees of freedom.
ShapingTime512.gifShapingTime513.gifShapingTime514.gifShapingTime515.gif
ShapingTime516.gifShapingTime517.gifShapingTime518.gifShapingTime519.gif
ShapingTime520.gifShapingTime521.gifShapingTime522.gifShapingTime523.gif
ShapingTime524.gifShapingTime525.gifShapingTime526.gifShapingTime527.gif

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