A Triple-GEM Detector with Pixel Readout for High-Rate Beam Tracking
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1 A Triple-GEM Detector with Pixel Readout for High-Rate Beam Tracking A. Austregesilo, F. Haas, B. Ketzer, I. Konorov, M. Krämer, A. Mann, T. Nagel, S. Paul TU München, Physik Department E18 11 th Vienna Conference on Instrumentation, February 20 th 2007 Supported by and Maier-Leibnitz-Labor Garching bei München
2 Overview The COMPASS Experiment 1 The COMPASS Experiment
3 The COMPASS Experiment
4 The COMPASS Experiment Overview COmmon Muon and Proton Apparatus for Structure and Spectroscopy located at the CERN SPS two stage magnetic spectrometer data taking since 2002
5 The COMPASS Experiment Overview COmmon Muon and Proton Apparatus for Structure and Spectroscopy located at the CERN SPS two stage magnetic spectrometer data taking since 2002 Beam Rates Muon: s 1 Hadron: s 1
6 The COMPASS Experiment Overview COmmon Muon and Proton Apparatus for Structure and Spectroscopy located at the CERN SPS two stage magnetic spectrometer data taking since 2002 Beam Rates Muon: s 1 Hadron: s 1 Tracking Silicons, SciFis GEMs, MicroMegas Drift Chambers
7 The COMPASS Experiment
8 The COMPASS Experiment SciFis act as secondary targets in hadron beam Thickness SciFi: x/x 0 = %
9 The COMPASS Experiment
10 The COMPASS Experiment Triple-GEM Detectors: high rate capability 1,2 COMPASS requirements: beam rates: 10 5 mm 2 s 1 1 [S. Bachmann, A. Bressan, B. Ketzer et al., Nucl. Instr. and Meth. A470(2001)548.] 2 [S. Bachmann, S. Kappler, B. Ketzer et al., Nucl. Instr. and Meth. A478(2002)104.]
11 The COMPASS Experiment Triple-GEM Detectors: high rate capability 1,2 COMPASS requirements: beam rates: 10 5 mm 2 s 1 small material budget 3 center: x/x 0 =0.4 % 3 [C. Altunbas et al., Nucl. Instr. and Meth. A490(2002)177]
12 The COMPASS Experiment Triple-GEM Detectors: high rate capability 1,2 COMPASS requirements: beam rates: 10 5 mm 2 s 1 small material budget 3 center: x/x 0 =0.4 % Strip Readout strip occupancy too high no sufficient beam tracking with strip readout
13 The COMPASS Experiment Triple-GEM Detectors: high rate capability 1,2 COMPASS requirements: beam rates: 10 5 mm 2 s 1 small material budget 3 center: x/x 0 =0.4 % Strip Readout strip occupancy too high no sufficient beam tracking with strip readout GEM detector with combined pixel/strip readout
14 The combined Pixel-Strip-Readout 3-layer PCB (base material: Kapton) thickness: 100 µm
15 The combined Pixel-Strip-Readout 3-layer PCB (base material: Kapton) thickness: 100 µm 32 x 32 pixels pitch: 1 mm
16 The combined Pixel-Strip-Readout 3-layer PCB (base material: Kapton) thickness: 100 µm 32 x 32 pixels pitch: 1 mm
17 The combined Pixel-Strip-Readout 3-layer PCB (base material: Kapton) thickness: 100 µm 32 x 32 pixels pitch: 1 mm 1024 strip channels (512 x, 512 y) pitch: 400 µm equal charge sharing
18 The combined Pixel-Strip-Readout 3-layer PCB (base material: Kapton) thickness: 100 µm 32 x 32 pixels pitch: 1 mm 1024 strip channels (512 x, 512 y) pitch: 400 µm equal charge sharing
19 Readout(1) The COMPASS Experiment
20 Readout(1) The COMPASS Experiment Dimensions pixel area: 32 x 32 mm 2 active area: 100 x 100 mm 2
21 Readout(2) The COMPASS Experiment
22 GEM Geometries and Settings
23 GEM Geometries and Settings GEM Parameters double-conical etched holes 140 µm pitch 70 µm outer hole diameter
24 GEM Geometries and Settings GEM Parameters double-conical etched holes 140 µm pitch 70 µm outer hole diameter GEM Characteristics segmented foils triple amplification asymmetric gain sharing
25 GEM Geometries and Settings GEM Parameters double-conical etched holes 140 µm pitch 70 µm outer hole diameter GEM Characteristics segmented foils triple amplification asymmetric gain sharing Foil Properties foil size: 330 x 330 mm 2 no gas amplification in outer region big holes ( 0.5 mm) only for gas exchange
26 GEM Geometries and Settings GEM Parameters double-conical etched holes 140 µm pitch 70 µm outer hole diameter GEM Characteristics segmented foils triple amplification asymmetric gain sharing Foil Properties foil size: 330 x 330 mm 2 no gas amplification in outer region big holes ( 0.5 mm) only for gas exchange thin copper foils with only 1 µm thick copper 1 1 [A. Bondar, et al., Nucl. Instr. and Meth. A 556 (2006) 495]
27 Assembly The COMPASS Experiment
28 Complete Detector
29 FrontEnd-Electronics APV25 S1 ASIC channels per APV average noise: electrons used for Silicon, GEM and RICH at COMPASS 1 M.J. French, et al. Nucl. Instr. and Meth. A 466 (2001) 359
30 Gain The COMPASS Experiment
31 Setup in COMPASS
32 Beam Profile - Muon beam parameters µ beam : s 1 max rate: mm 2 s 1
33 Beam Profile - Hadron beam parameters π beam : 10 6 s 1 max rate: mm 2 s 1
34 Cluster Size Distribution - Preliminary cluster size 1.8 pixel
35 Residuals - Preliminary
36 Residuals - Preliminary
37
38 Conclusion stable operation (no discharges) in high intensity muon/hadron beam Pixel readout allows tracking in a high rate beam
39 Conclusion stable operation (no discharges) in high intensity muon/hadron beam Pixel readout allows tracking in a high rate beam Outlook Analysis is ongoing Optimisation of design to minimize crosstalk thin GEM detetcor: x/x 0 = 0.2 % 6 PixelGEM detectors for COMPASS
40 Conclusion stable operation (no discharges) in high intensity muon/hadron beam Pixel readout allows tracking in a high rate beam Outlook Analysis is ongoing Optimisation of design to minimize crosstalk thin GEM detetcor: x/x 0 = 0.2 % 6 PixelGEM detectors for COMPASS Acknowledgements Rui de Oliveira (CERN TS-DEM-PMT) Christian Joram, Eric David, Miranda van Stenis (CERN PH-DT2) Ian McGill (CERN PH-DT2) workshops at CERN and TU München
41 Occupancy Pixel Region
42 Readout Chain
43 Spatial/Time Resolution
44 Efficencies The COMPASS Experiment
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