Warning, /Geometry/TrackerCommonData/data/Materials/tib_module.in is written in an unsupported language. File is not indexed.
0001 TIB MODULES
0002 ============
0003
0004 $$ This includes all the volumes that make up the TIB modules
0005 $$ as well as the electronics on the module string !
0006
0007
0008 Input file for mixture.f
0009 Start new mixtures with a '#' in the first column
0010 Start the components with a '*' in the first column
0011 You can type any kind of comment in as long as you don't start it
0012 with '#' or '*' !
0013 .....................................................................
0014 For mixture declaration: Name of Mixture, Name of GMIX for title file,
0015 Monte Carlo Volume, MC Area
0016 For items in a compound: Item number, Comment, Material (has to be
0017 written exactly as in material.input file),
0018 Volume, Multiplicity, type
0019 Type is one of the following: SUP for support
0020 SEN for sensitive volumes
0021 CAB for cables
0022 COL for cooling
0023 ELE for electronics
0024 .....................................................................
0025
0026 o Hybrid for single sided module [moved to tibtid_common.in]
0027 o Hybrid for double sided module [moved to tibtid_common.in]
0028
0029 o TIB HV kapton
0030 -------------
0031
0032 20071013 GSguazzoni
0033
0034 MCVolume: 31.7cm^2*0.3mm = 0.951 cm^3
0035
0036 (1) Kapton thickness 120 micron
0037 (2) Copper traces and pad estimated 2.45cm^2
0038 (3) SMD resistors
0039 (4) SMD capacitors (~0.2g)
0040 (5) Silicon sensor siliconic glue (0.5g)
0041 (6) Module aluminum fixings
0042 (7) Stainless steel screws
0043
0044 ......................................................................
0045 # "TIB KaptonHV" "TIB_ModKaptonBox" 0.95100 -1.
0046 * 1 "Kapton" "T_Kapton" 0.01200 31.7 ELE
0047 * 2 "Copper" "Copper" 0.00038 2.45 ELE
0048 * 3 "Resistors" "Ceramic" 0.00320 1 ELE
0049 * 4 "Capacitors" "Barium_Titanate" 0.01661 2 ELE
0050 * 5 "Glue" "Silicone_Gel" 0.51813 1 SUP
0051 * 6 "Inserts" "Aluminium" 0.00926 2 SUP
0052 * 7 "Screws" "Iron" 0.00381 2 SUP
0053 ......................................................................
0054 ======================================================================
0055
0056 o TIB SS Module AOH box
0057 ---------------------
0058
0059 20071013 GSguazzoni
0060
0061 MCVolume: 3.6cm*3.6cm*0.22cm = 2.8512 cm^3
0062
0063 (5), (6) Hybrid AOH tail is fully contained here
0064 (8), (9), (10) Half hybrid LV tail here (other half in SSMCModConn)
0065 (11), (12) Part of module HV tail here (other part in SSMCModConn)
0066 (11) Kapton thickness 120micron, surface ~4cm2
0067 (12) Copper thickness 35micron, occupancy ~12%
0068
0069 ......................................................................
0070 # "TIBSSAOHBox" "TIB_SSAOHBox" 2.85120 -1.
0071 * 1 "AOH" "TIBTID_AOH" 3.45000 1 ELE
0072 * 2 "NAIS Conn case" "Polyethylene" 0.16842 1 ELE
0073 * 3 "NAIS Conn pins" "T_Bronze" 0.01237 1 ELE
0074 * 4 "Stiffner" "T_FR4" 0.11176 1 ELE
0075 * 5 "AOH tail" "TIBTID_HybridTails" 0.01860 3.66 ELE
0076 * 6 "Half LV tail" "TIBTID_HybridTails" 0.01860 1.47 ELE
0077 * 7 "Kapton HV tail (part)" "T_Kapton" 0.04800 1 ELE
0078 * 8 "Copper HV tail (part)" "Copper" 0.00168 1 ELE
0079 * 9 "Screws" "Iron" 0.00381 2 SUP
0080 ......................................................................
0081 ======================================================================
0082
0083 o TIB DS Module AOH box
0084 ---------------------
0085
0086 20071014 GSguazzoni
0087
0088 MCVolume: 3.6cm*6.0cm*0.22cm = 4.752 cm^3
0089
0090 ......................................................................
0091 # "TIBDSAOHBox" "TIB_DSAOHBox" 4.75200 -1.
0092 * 1 "2x SS AOH Box" "TIB_SSAOHBox" 2.85120 2 ELE
0093 ......................................................................
0094 ======================================================================
0095
0096 o TIB Module hybrid ledge
0097 -----------------------
0098
0099 20071014 GSguazzoni
0100
0101 MCVolume: 0.44383 cm^3
0102
0103 (1) Aluminium
0104 (2) Carbon fiber leg
0105
0106 NB The ledge description in the simulation is simplified: the
0107 resulting MC volume is smaller than real physical volume!
0108 NB Part of the DS Module ledge is in the module volume itself!
0109
0110 ......................................................................
0111 # "Module Hyb Ledge" "TIB_ModHybLedge" 0.44383 -1.
0112 * 1 "Aluminum" "Aluminium" 0.85076 1 SUP
0113 * 2 "CF leg" "Carbon fibre str." 0.17751 1 SUP
0114 ......................................................................
0115 ======================================================================
0116
0117 o TIB Module dummy ledge
0118 -----------------------
0119
0120 20071014 GSguazzoni
0121
0122 MCVolume: 0.42 cm^3
0123
0124 (1) Aluminium
0125 (2) Carbon fiber leg
0126
0127 NB The ledge description in the simulation is simplified: the
0128 resulting MC volume is smaller than real physical volume!
0129 NB Part of the DS Module ledge is in the module volume itself!
0130
0131 ......................................................................
0132 # "Module Dummy Ledge" "TIB_ModDummyLedge" 0.42000 -1.
0133 * 1 "Aluminum" "Aluminium" 0.74753 1 SUP
0134 * 2 "CF leg" "Carbon fibre str." 0.17751 1 SUP
0135 ......................................................................
0136 ======================================================================
0137
0138 o TIB AOH ledge
0139 -----------------------
0140
0141 20071014 GSguazzoni
0142
0143 MCVolume: 0.24037 cm^3
0144
0145 (1) Aluminium
0146
0147 NB The ledge description in the simulation is simplified: the
0148 resulting MC volume is smaller than real physical volume!
0149
0150 ......................................................................
0151 # "AOH Ledge" "TIB_AOHLedge" 0.24037 -1.
0152 * 1 "Aluminium" "Aluminium" 0.49630 1 SUP
0153 ......................................................................
0154 ======================================================================
0155
0156 o TIB DS Module Spacers
0157 ---------------------
0158
0159 20071014 GSguazzoni
0160
0161 MCVolume: 1.*1.*0.035 cm^3
0162
0163 Volumes per cm2
0164
0165 ......................................................................
0166 # "DS Module Spacer per cm2" "TIB_Spacer" 0.03500 -1.
0167 * 1 "Alumina" "Alumina" 0.02500 1 SUP
0168 * 2 "Glue" "Epoxy" 0.01000 1 SUP
0169 ......................................................................
0170 ======================================================================
0171
0172 # "END" "END" 0. 0.
0173 this has to be the last line !
