trd_v20c_1e.geo.info 5.74 KB
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#
##   trd_v20c_1e information file
#

# created 20211213

# position
370.000000 cm z-front position of TRD in hadron   setup
370.000000 cm z-front position of TRD in electron setup
450.000000 cm z-front position of TRD in muon     setup

# detector thickness
284.000000 cm   end   of TRD (z)

# layer thickness
71.000000 cm   per single layer (z)

# extra gaps
 0.000000 0.000000 0.000000 0.000000    extra gaps in z (cm)

# generated TRD layers
  1  2  3  4    planeID

# dimensions in x
-312.000000 cm to 312.000000 cm x-dimension of layer  1
-312.000000 cm to 312.000000 cm x-dimension of layer  2
-312.000000 cm to 312.000000 cm x-dimension of layer  3
-312.000000 cm to 312.000000 cm x-dimension of layer  4

# dimensions in y inner modules
-256.500000 cm to 256.500000 cm y-dimension of layer  1
-256.500000 cm to 256.500000 cm y-dimension of layer  2
-256.500000 cm to 256.500000 cm y-dimension of layer  3
-256.500000 cm to 256.500000 cm y-dimension of layer  4

# dimensions in y outer modules
-247.500000 cm to 247.500000 cm y-dimension of layer  1
-247.500000 cm to 247.500000 cm y-dimension of layer  2
-247.500000 cm to 247.500000 cm y-dimension of layer  3
-247.500000 cm to 247.500000 cm y-dimension of layer  4

# angles of acceptance for inner + outer modules
vi: 32.53 deg, vo: 31.61 deg, h: 37.80 deg - vertical/horizontal - layer  1
vi: 28.46 deg, vo: 27.61 deg, h: 33.40 deg - vertical/horizontal - layer  2
vi: 25.24 deg, vo: 24.46 deg, h: 29.83 deg - vertical/horizontal - layer  3
vi: 22.63 deg, vo: 21.91 deg, h: 26.89 deg - vertical/horizontal - layer  4

# inner aperture
v:  4.05 deg, h:  8.07 deg - vertical/horizontal - layer  1
v:  3.45 deg, h:  6.87 deg - vertical/horizontal - layer  2
v:  3.00 deg, h:  5.98 deg - vertical/horizontal - layer  3
v:  2.65 deg, h:  5.29 deg - vertical/horizontal - layer  4

# z-positions of layer front
   0.00 cm   z-position of layer  1
  71.00 cm   z-position of layer  2
 142.00 cm   z-position of layer  3
 213.00 cm   z-position of layer  4

# flags
support structure is    : included
radiator is             : included
lattice grid is         : included
kapton window is        : included
gas frame is            : included
padplane is             : included
backpanel is            : included
Aluminium ledge is      : included
Power bus bars are      : included
asics are               : included
front-end boards are    : included
GBTX readout boards are : included

# modules
     mod1     mod2     mod3     mod4     mod5     mod6     mod7     mod8    total
---------------------------------------------------------------------------------
       10        0       24        0        8        0       12        0            layer  1
       10        0       24        0        8        0       12        0            layer  2
       10        0       24        0        8        0       12        0            layer  3
       10        0       24        0        8        0       12        0            layer  4

---------------------------------------------------------------------------------
       40        0       96        0       32        0       48        0      216   number of modules
# febs
        8s       4s       2s       4       12       12        4        4            FEBs per module
                                                                                0   ultimate  FEBs
      320s       0s     192s                                                  512   super     FEBs
                                   0      384        0      192        0      576   regular   FEBs
      320        0      192        0      384        0      192        0     1088   number of FEBs
# asics
       10       10       10        5        9        9        9        9            ASICs per FEB
       80       40       20       20      108      108       36       36            ASICs per module
     3200        0     1920        0     3456        0     1728        0    10304   number of ASICs
# gbtx
       12        6        3        0       18       18        6        6            GBTXs per module
      480        0      288        0      576        0      288        0     1632   number of GBTXs
     3333       33        3        0   333333   333333       33       33            GBTX ROB types on module
        0        0        0        0        0        0        0        0        0   number of GBTX ROB7
        0        0        0        0        0        0        0        0        0   number of GBTX ROB5
      160        0       96        0      192        0       96        0      544   number of GBTX ROB3
# e-links
      160       80       40       40      216      216       72       72    20608   e-links used
      168       84       42        0      252      252       84       84    22848   e-links available
    95.2%        -    95.2%        -    85.7%        -    85.7%        -    90.2%   e-link efficiency

# channels
     2560     1280      640      640     3456     3456     1152     1152            channels per module
      320      320      320      160      288      288      288      288            channels per feb
   102400        0    61440        0   110592        0    55296        0   329728   channels used
   102400s       0s   61440s       0   110592        0    55296        0   329728   channels available
     0.0%u   49.7%s   50.3%r                                                        channel ratio

   100.0%   channel efficiency

 122.59 m2      total surface    
 113.39 m2      total active area
   1.36 m3      total gas volume 
   3.44 cm2/ch  average channel size
2908.02 ch/m2   channels per m2 active area

# gas volume position
   31.6000 cm   position of gas volume - layer  1
  102.6000 cm   position of gas volume - layer  2
  173.6000 cm   position of gas volume - layer  3
  244.6000 cm   position of gas volume - layer  4