RTD/RadFET/PIN physical locations, connection to logger and record name in data =============================================================================== RTD on hybrids -------------- RTD1 Connector (Hybrid Box, around 0 deg) Ntuple PIN# Label Phi(deg) r(mm) z(mm) --------------------------------------------- tmp(33) 1- 4 F1-RTD1 318 24 152 (L1, on cooling block) tmp(34) 5- 8 F1-RTD2 0 45 202 (L2) tmp(35) 9-12 F1-RTD3 0 72 322 (L3) tmp(36) 13-16 B1-RTD1 83 28 -80 (on manifold) tmp(37) 17-20 B1-RTD2 0 45 -144 (L2) tmp(38) 21-24 B1-RTD3 0 72 -186 (L3) RTD2 Connector (Hybrid Box, around 120 deg) Ntuple PIN# Label Phi(deg) r(mm) z(mm) --------------------------------------------- tmp(41) 1- 4 F2-RTD1 95 28 128 (on manifold) tmp(42) 5- 8 F2-RTD2 120 45 202 (L2) tmp(43) 9-12 F2-RTD3 120 72 322 (L3) tmp(44) 13-16 B2-RTD1 213 24 -102 (on cooling block) tmp(45) 17-20 B2-RTD2 120 45 -144 (L2) tmp(46) 21-24 B2-RTD3 120 72 -186 (L3) RTD3 Connector (Hybrid Box, around 240 deg) Ntuple PIN# Label Phi(deg) r(mm) z(mm) --------------------------------------------- tmp(49) 1- 4 F3-RTD1 197 28 128 (on manifold) tmp(50) 5- 8 F3-RTD2 240 45 202 (L2) tmp(51) 9-12 F3-RTD3 240 72 322 (L3) tmp(52) 13-16 B3-RTD1 341 28 -80 (on manifold) tmp(53) 17-20 B3-RTD2 240 45 -144 (L2) tmp(54) 21-24 B3-RTD3 240 72 -186 (L3) Stand-alone RTD --------------- RTD1 Connector (RTD Box) Ntuple PIN# Label Phi(deg) r(mm) z(mm) --------------------------------------------- tmp(1) 1- 4 L4 0 30 478 (below W mask) tmp(2) 5- 8 L3 0 29 428 (below W mask) tmp(3) 9-12 L2 0 27 378 (below W mask) tmp(4) 13-16 L1 0 23 328 (below W mask) tmp(5) 17-20 / tmp(6) 21-24 L7 180 27 529 (close to flange) tmp(7) 25-28 L6 180 19 160 (after Cu cooling block) tmp(8) 29-32 L5 0 32 508 (below W mask) RTD2 Connector (RTD Box) Ntuple PIN# Label Phi(deg) r(mm) z(mm) --------------------------------------------- tmp(9) 1- 4 100ohm (reference) tmp(10) 21-24 Be6 330 16 73 (on Be pipe) tmp(11) 25-28 Be5 30 16 101 (on Be pipe) tmp(12) 29-32 Be4 270 16 39 (on Be pipe) tmp(13) 17-20 / tmp(14) 5- 8 L4_out tmp(15) 9-12 L1_in tmp(16) 13-16 L1_out RTD3 Connector (RTD Box) Ntuple PIN# Label Phi(deg) r(mm) z(mm) --------------------------------------------- tmp(17) 1- 4 H4 180 31 -360 (below W mask) tmp(18) 5- 8 H3 180 29 -330 (below W mask) tmp(19) 9-12 H2 180 27 -280 (below W mask) tmp(20) 13-16 H1 180 23 -230 (below W mask) tmp(21) 17-20 / tmp(22) 21-24 H7 tmp(23) 25-28 H6 0 31 -376 (close to flange) tmp(24) 29-32 H5 0 19 -105 (after Cu cooling block) RTD4 Connector (RTD Box) Ntuple PIN# Label Phi(deg) r(mm) z(mm) --------------------------------------------- tmp(25) 1- 4 100ohm (reference) tmp(26) 21-24 Be3 210 16 7 (on Be pipe) tmp(27) 25-28 Be2 150 16 -26 (on Be pipe) tmp(28) 29-32 Be1 90 16 -54 (on Be pipe) tmp(29) 17-20 / tmp(30) 5- 8 H4_out tmp(31) 9-12 H1_in tmp(32) 13-16 H1_out RadFET/PIN locations and connections to IOTECH ============================================== RadFET (L1, L2, L3) ------------------- RF1 Connector (around 0 deg) Ntuple PIN# Label Phi(deg) r(mm) z(mm) Volt. -------------------------------------------------- mos0(1) 1 F-L1-0-1 353 24 152 9.5 mos0(2) 2 F-L1-0-2 353 24 152 9.5 mos0(3) 4 F-L1-0-3 36 24 152 9.5 mos0(4) 5 F-L1-0-4 36 24 152 9.5 mos0(5) 7 F-L2-0-1 0 45 202 -13 (not conn.) mos0(6) 8 F-L2-0-2 0 45 202 -13 (not conn.) mos0(7) 10 F-L3-0-1 0 72 322 9.6 mos0(8) 11 F-L3-0-2 0 72 322 10.7 mos0(9) 13 B-L1-60-1 54 28 -80 9.6 mos0(10) 14 B-L1-60-2 54 28 -80 9.9 mos0(11) 16 B-L1-60-3 16 28 -80 9.6 mos0(12) 17 B-L1-60-4 16 28 -80 9.6 mos0(13) 19 B-L2-0-1 0 45 -144 9.7 mos0(14) 20 B-L2-0-2 0 45 -144 9.7 mos0(15) 22 B-L3-0-1 0 72 -186 9.5 mos0(16) 23 B-L3-0-2 0 72 -186 9.5 RF2 Connector (around 120 deg) Ntuple PIN# Label Phi(deg) r(mm) z(mm) Mos0. --------------------------------------------------- mos0(17) 1 F-L1-120-1 122 28 128 9.5 mos0(18) 2 F-L1-120-1 122 28 128 9.5 mos0(19) 4 F-L1-120-3 160 28 128 9.4 mos0(20) 5 F-L1-120-4 160 28 128 9.5 mos0(21) 7 F-L2-120-1 120 45 202 9.5 mos0(22) 8 F-L2-120-2 120 45 202 9.5 mos0(23) 10 F-L3-120-1 120 72 322 9.3 mos0(24) 11 F-L3-120-2 120 72 322 9.6 mos0(25) 13 B-L1-180-1 182 24 -102 9.6 mos0(26) 14 B-L1-180-2 182 24 -102 9.6 mos0(27) 16 B-L1-180-3 138 24 -102 9.6 mos0(28) 17 B-L1-180-4 138 24 -102 9.6 mos0(29) 19 B-L2-120-1 120 45 -144 -13 mos0(30) 20 B-L2-120-2 120 45 -144 9.6 mos0(31) 22 B-L3-120-1 120 72 -186 9.6 mos0(32) 23 B-L3-120-2 120 72 -186 9.6 RF3 Connector (around 240 deg) Ntuple PIN# Label Phi(deg) r(mm) z(mm) Mos0. --------------------------------------------------- mos0(33) 1 F-L1-240-1 224 28 128 9.6 mos0(34) 2 F-L1-240-2 224 28 128 9.5 mos0(35) 4 F-L1-240-3 262 28 128 9.5 mos0(36) 5 F-L1-240-4 262 28 128 9.5 mos0(37) 7 F-L2-240-1 240 45 202 9.5 mos0(38) 8 F-L2-240-2 240 45 202 9.5 mos0(39) 10 F-L3-240-1 240 72 322 9.6 mos0(40) 11 F-L3-240-2 240 72 322 9.7 mos0(41) 13 B-L1-300-1 311 28 -80 9.7 mos0(42) 14 B-L1-300-2 311 28 -80 9.7 mos0(43) 16 B-L1-300-3 274 28 -80 9.6 mos0(44) 17 B-L1-300-4 274 28 -80 9.6 mos0(45) 19 B-L2-240-1 240 45 -144 10.3 mos0(46) 20 B-L2-240-2 240 45 -144 10.4 mos0(47) 22 B-L3-240-1 240 72 -186 -13 mos0(48) 23 B-L3-240-2 240 72 -186 -13 About RadFET: 1. mos0(1) to mos0(48) are absolute gate voltages read from RadFET chips by the UH readout modules 2. mos0(1) to mos0(48) are voltages, which are converted into dose in kRad as du(i)_t = -( mos0(i)_t - mos(i)_t=0 ) mos(i)_t= 30*du(i)_t + 21*du(i)_t**2 PIN (L1 only) ------------- ADC Connector Ntuple PIN# Label Phi(deg) r(mm) z(mm) ------------------------------------------- pin(1) 1 F1-0-LG-0 328 24 152 pin(2) 2 F1-0-HG-0 339 24 152 pin(3) 3 F1-0-LG-1 15 24 152 pin(4) 4 F1-0-HG-1 29 24 152 pin(5) 5 F2-120-LG-0 100 28 128 pin(6) 6 F2-120-HG-0 110 28 128 pin(7) 7 F2-120-LG-1 143 28 128 pin(8) 8 F2-120-HG-1 150 28 128 pin(9) 9 F3-240-LH-0 205 28 128 pin(10) 10 F3-240-HG-0 215 28 128 pin(11) 11 F3-240-LG-1 245 28 128 pin(12) 12 F3-240-HG-1 251 28 128 pin(13) 13 B1-60-LG-0 74 28 -80 pin(14) 14 B1-60-HG-0 64 28 -80 pin(15) 15 B1-60-LG-1 33 28 -80 pin(16) 16 B1-60-HG-1 25 28 -80 pin(17) 17 B2-180-LG-0 205 24 -102 pin(18) 18 B2-180-HG-0 193 24 -102 pin(19) 19 B2-180-LG-1 158 24 -102 pin(20) 20 B2-180-HG-1 147 24 -102 pin(21) 21 B3-300-LG-0 332 28 -80 pin(22) 22 B3-300-HG-0 322 28 -80 pin(23) 23 B3-300-LG-1 290 28 -80 pin(24) 24 B3-300-HG-1 282 28 -80 Notes: 1. Coordinate system: z axis: F(fwd) --> B(bwd) x axis: Phi=0 (pointing out of the KEKB ring), y axis: Phi=270 (pointing up) F=Oho side (where LER e+ come from), B=Nikko side (where HER e- come from) Center is set in the collision point, so all z coordinates are measured from there. In F, the azimuthal angle of the 4 pin on the same hybrid is INCREASING, and in B it is DECREASING as the hybrid is turned the other way around. PIN are in the right order, but in Fwd we count them counter-clockwise and in Bwd clockwise. 2. Labels L1=beampipe L2=SVD layer 2, L3=SVD layer 3 (RadFET) LG=for abort, HG=for measurement (PIN) B1=bwd 0 B2=bwd 120 B3=bwd 240 (actually +60 deg due to mounting) F1=fwd 0 F2=fwd 120 F3=fwd 240 -- Samo Stanic University of Tsukuba, Japan Thu Oct 27, 2003