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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| hitn | | 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 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. |
Revision as of 19:27, 25 July 2016
DC: Integrated Digitized Bank Contents
DC system will measure the momentum of charged particles emerging from the target.
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 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.