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TIB MODULES
============
$$ This includes all the volumes that make up the TIB modules
$$ as well as the electronics on the module string !
Input file for mixture.f
Start new mixtures with a '#' in the first column
Start the components with a '*' in the first column
You can type any kind of comment in as long as you don't start it
with '#' or '*' !
.....................................................................
For mixture declaration: Name of Mixture, Name of GMIX for title file,
Monte Carlo Volume, MC Area
For items in a compound: Item number, Comment, Material (has to be
written exactly as in material.input file),
Volume, Multiplicity, type
Type is one of the following: SUP for support
SEN for sensitive volumes
CAB for cables
COL for cooling
ELE for electronics
.....................................................................
o Hybrid for single sided module [moved to tibtid_common.in]
o Hybrid for double sided module [moved to tibtid_common.in]
o TIB HV kapton
-------------
20071013 GSguazzoni
MCVolume: 31.7cm^2*0.3mm = 0.951 cm^3
(1) Kapton thickness 120 micron
(2) Copper traces and pad estimated 2.45cm^2
(3) SMD resistors
(4) SMD capacitors (~0.2g)
(5) Silicon sensor siliconic glue (0.5g)
(6) Module aluminum fixings
(7) Stainless steel screws
......................................................................
# "TIB KaptonHV" "TIB_ModKaptonBox" 0.95100 -1.
* 1 "Kapton" "T_Kapton" 0.01200 31.7 ELE
* 2 "Copper" "Copper" 0.00038 2.45 ELE
* 3 "Resistors" "Ceramic" 0.00320 1 ELE
* 4 "Capacitors" "Barium_Titanate" 0.01661 2 ELE
* 5 "Glue" "Silicone_Gel" 0.51813 1 SUP
* 6 "Inserts" "Aluminium" 0.00926 2 SUP
* 7 "Screws" "Iron" 0.00381 2 SUP
......................................................................
======================================================================
o TIB SS Module AOH box
---------------------
20071013 GSguazzoni
MCVolume: 3.6cm*3.6cm*0.22cm = 2.8512 cm^3
(5), (6) Hybrid AOH tail is fully contained here
(8), (9), (10) Half hybrid LV tail here (other half in SSMCModConn)
(11), (12) Part of module HV tail here (other part in SSMCModConn)
(11) Kapton thickness 120micron, surface ~4cm2
(12) Copper thickness 35micron, occupancy ~12%
......................................................................
# "TIBSSAOHBox" "TIB_SSAOHBox" 2.85120 -1.
* 1 "AOH" "TIBTID_AOH" 3.45000 1 ELE
* 2 "NAIS Conn case" "Polyethylene" 0.16842 1 ELE
* 3 "NAIS Conn pins" "T_Bronze" 0.01237 1 ELE
* 4 "Stiffner" "T_FR4" 0.11176 1 ELE
* 5 "AOH tail" "TIBTID_HybridTails" 0.01860 3.66 ELE
* 6 "Half LV tail" "TIBTID_HybridTails" 0.01860 1.47 ELE
* 7 "Kapton HV tail (part)" "T_Kapton" 0.04800 1 ELE
* 8 "Copper HV tail (part)" "Copper" 0.00168 1 ELE
* 9 "Screws" "Iron" 0.00381 2 SUP
......................................................................
======================================================================
o TIB DS Module AOH box
---------------------
20071014 GSguazzoni
MCVolume: 3.6cm*6.0cm*0.22cm = 4.752 cm^3
......................................................................
# "TIBDSAOHBox" "TIB_DSAOHBox" 4.75200 -1.
* 1 "2x SS AOH Box" "TIB_SSAOHBox" 2.85120 2 ELE
......................................................................
======================================================================
o TIB Module hybrid ledge
-----------------------
20071014 GSguazzoni
MCVolume: 0.44383 cm^3
(1) Aluminium
(2) Carbon fiber leg
NB The ledge description in the simulation is simplified: the
resulting MC volume is smaller than real physical volume!
NB Part of the DS Module ledge is in the module volume itself!
......................................................................
# "Module Hyb Ledge" "TIB_ModHybLedge" 0.44383 -1.
* 1 "Aluminum" "Aluminium" 0.85076 1 SUP
* 2 "CF leg" "Carbon fibre str." 0.17751 1 SUP
......................................................................
======================================================================
o TIB Module dummy ledge
-----------------------
20071014 GSguazzoni
MCVolume: 0.42 cm^3
(1) Aluminium
(2) Carbon fiber leg
NB The ledge description in the simulation is simplified: the
resulting MC volume is smaller than real physical volume!
NB Part of the DS Module ledge is in the module volume itself!
......................................................................
# "Module Dummy Ledge" "TIB_ModDummyLedge" 0.42000 -1.
* 1 "Aluminum" "Aluminium" 0.74753 1 SUP
* 2 "CF leg" "Carbon fibre str." 0.17751 1 SUP
......................................................................
======================================================================
o TIB AOH ledge
-----------------------
20071014 GSguazzoni
MCVolume: 0.24037 cm^3
(1) Aluminium
NB The ledge description in the simulation is simplified: the
resulting MC volume is smaller than real physical volume!
......................................................................
# "AOH Ledge" "TIB_AOHLedge" 0.24037 -1.
* 1 "Aluminium" "Aluminium" 0.49630 1 SUP
......................................................................
======================================================================
o TIB DS Module Spacers
---------------------
20071014 GSguazzoni
MCVolume: 1.*1.*0.035 cm^3
Volumes per cm2
......................................................................
# "DS Module Spacer per cm2" "TIB_Spacer" 0.03500 -1.
* 1 "Alumina" "Alumina" 0.02500 1 SUP
* 2 "Glue" "Epoxy" 0.01000 1 SUP
......................................................................
======================================================================
# "END" "END" 0. 0.
this has to be the last line !
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