Difference between revisions of "Dc:Integrated Digitized Bank"

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DC system will measure the momentum
 
DC system will measure the momentum
 
of charged particles emerging from the target.
 
of charged particles emerging from the target.
 
+
<center>
 
{| border=1|center|
 
{| border=1|center|
 
   |+ DC Integrated Digitized Bank Contents
 
   |+ DC Integrated Digitized Bank Contents
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|-
 
|-
 
   | 1
 
   | 1
   | sector
+
   | [[Dc:Integrated_Digitized_Bank#Sector|Sector]]
 
|-
 
|-
 
   | 2
 
   | 2
   | superlayer
+
   | [[Dc:Integrated_Digitized_Bank#Superlayer|Superlayer]]
 
|-
 
|-
 
   | 3
 
   | 3
   | layer
+
   | [[Dc:Integrated_Digitized_Bank#Layer|Layer]]
 
|-
 
|-
 
   | 4
 
   | 4
   | wire
+
   | [[Dc:Integrated_Digitized_Bank#Wire|Wire]]
 
|-
 
|-
 
   | 5
 
   | 5
   | LR
+
   | [[Dc:Integrated_Digitized_Bank#LR|LR]]
 
|-
 
|-
 
   | 6
 
   | 6
   | doca
+
   | [[Dc:Integrated_Digitized_Bank#doca|doca]]
 
|-
 
|-
 
   | 7
 
   | 7
   | sdoca
+
   | [[Dc:Integrated_Digitized_Bank#sdoca|sdoca]]
 
|-
 
|-
 
   | 8
 
   | 8
   | time
+
   | [[Dc:Integrated_Digitized_Bank#Time|time]]
 
|-
 
|-
 
   | 9
 
   | 9
   | stime
+
   | [[Dc:Integrated_Digitized_Bank#stime|stime]]
 
|-
 
|-
 
   | 99
 
   | 99
   | hitn
+
   | [[Dc:Integrated_Digitized_Bank#Hit Number|hitn]]
 
|}
 
|}
 +
 +
</center>
 
==Sector==
 
==Sector==
Viewing the Drift Chambers anti-parallel to the beam line, in the x-y plane, the sector numbering runs 1-6 clockwise starting at phi=0 degrees.  Each sector is 60 degrees wide in phi, with sector 1 falling within the range -30 to +30 degrees in phi.
+
Viewing the Drift Chambers parallel to the beam line, in the x-y plane, the sector numbering runs 1-6 counter-clockwise starting at phi=0 degrees.  Each sector is 60 degrees wide in phi, with sector 1 falling within the range -30 to +30 degrees in phi.
  
 
<center>[[File:DC_Sectors.png]]</center>
 
<center>[[File:DC_Sectors.png]]</center>
  
 
==Superlayer==
 
==Superlayer==
 +
The drift chambers are divided into 3 diferent regions at around 2 meters for region 1, 3 meters for region 2, and 4 meters for region 3.  Within each region, there are two superlayers, which are numbered sequential starting with 1 as the nearest to the target.
  
 
<center>[[File:Sectors1&4.png]]</center>
 
<center>[[File:Sectors1&4.png]]</center>
  
 
==Layer==
 
==Layer==
 +
 +
Each Superlayer is composed of 6 layers, numbered sequentially starting from nearest to furthest to the target.
 +
 
<center>[[File:Layers_SuperLayers1&4.png]]</center>
 
<center>[[File:Layers_SuperLayers1&4.png]]</center>
  
 
==Wire==
 
==Wire==
 +
Each layer has 112 wires, numbered sequentially from 1 to 112
 +
 +
<center>[[File:DC_wires.png]]</center>
  
 
==LR==
 
==LR==
Line 64: Line 73:
  
 
==Hit Number==
 
==Hit Number==
 +
 +
=Links=
 +
[[Verfication_of_Mother/Daughter_Occupancy|Back]]

Latest revision as of 20:28, 25 July 2016

DC: Integrated Digitized Bank Contents

DC system will measure the momentum of charged particles emerging from the target.

DC Integrated Digitized Bank Contents
SubBank Number Variable
1 Sector
2 Superlayer
3 Layer
4 Wire
5 LR
6 doca
7 sdoca
8 time
9 stime
99 hitn

Sector

Viewing the Drift Chambers parallel to the beam line, in the x-y plane, the sector numbering runs 1-6 counter-clockwise starting at phi=0 degrees. Each sector is 60 degrees wide in phi, with sector 1 falling within the range -30 to +30 degrees in phi.

DC Sectors.png

Superlayer

The drift chambers are divided into 3 diferent regions at around 2 meters for region 1, 3 meters for region 2, and 4 meters for region 3. Within each region, there are two superlayers, which are numbered sequential starting with 1 as the nearest to the target.

Sectors1&4.png

Layer

Each Superlayer is composed of 6 layers, numbered sequentially starting from nearest to furthest to the target.

Layers SuperLayers1&4.png

Wire

Each layer has 112 wires, numbered sequentially from 1 to 112

DC wires.png

LR

doca

sdoca

Time

stime

Hit Number

Links

Back