Development of 144 Channel Multi-Anode HPD for Belle Aerogel RICH Photon Detector Development of 144 Channel Multi-Anode HPD for Belle Aerogel RICH Photon.

Slides:



Advertisements
Similar presentations
Study of 144-channel Hybrid Avalanche Photo-Detector for Belle II RICH Counter VCI2010 Susumu Shiizuka Nagoya University for Belle II Aerogel RICH group.
Advertisements

A Study of Proximity Focusing RICH with Multiple Refractive Index Aerogel Radiator A Study of Proximity Focusing RICH with Multiple Refractive Index Aerogel.
Barrel PID upgrade K. Inami (Nagoya-u) and PID group - R&D status - TOP counter - iTOP - Focusing DIRC - To do, cost estimation.
PID Univ. 31.Aug.2002 Contents 1.Introduction 2.PMT structure & Set up 3.Basic performance 4.Experiment results –Gain –Time resolution.
Peter Križan, Ljubljana Peter Križan University of Ljubljana and J. Stefan Institute The HERA-B RICH counter.
The Multi-Pixel Photon Counter for the GLD Calorimeter Readout Jul Satoru Uozumi University of Tsukuba, Japan 1.Introduction 2.Recent.
Study of the MPPC Performance - contents - Introduction Fundamental properties microscopic laser scan –check variation within a sensor Summary and plans.
Study of Photon Sensors using the Laser System 05/7/12 Niigata University, Japan Sayaka Iba, Editha P. Jacosalem, Hiroaki Ono, Noriko.
Makoto Tabata Japan Aerospace Exploration Agency (JAXA) TIPP 2011 in Chicago Recent Progress in Silica Aerogel Cherenkov Radiator.
Peter Križan, Ljubljana April 20, 2005Super B Factory Workshop, Hawaii Peter Križan University of Ljubljana and J. Stefan Institute For Belle Aerogel RICH.
PID Nagoya univ1 The possibility of improving TOP counter Nagoya university Yuji Enari.
Copyright © Hamamatsu Photonics K.K. All Rights Reserved. Oct at NNN07 Workshop Hamamatsu Photonics Electron Tube Division Recent Progress in PMTs.
6mm 【 Development of Readout Electronics for MPPC 】 We report the read out electronics of MPPC( Multi-Pixel Photon Counter ). MPPC is a new photodetector.
Latest developments in Hamamatsu Large Format PMTs
T. Sumiyoshi (TMU) 30, Nov del Carmen 1 Development of HPD (HAP D) Photon-detector for the Aerogel RICH Photon-detector for the Aerogel.
Peter Križan, Ljubljana March 17, 2006 Super B Workshop, Frascati Peter Križan University of Ljubljana and J. Stefan Institute Aerogel RICH and TOP: summary.
May 31, 2008 SuperB PID sessionMarko Starič, Ljubljana Marko Starič J. Stefan Institute, Ljubljana Report on hardware tests and MC studies in Ljubljana.
Experimental set-up Abstract Modeling of processes in the MCP PMT Timing and Cross-Talk Properties of BURLE Multi-Channel MCP PMTs S.Korpar a,b, R.Dolenec.
Photodetection EDIT EDIT 2011 N. Dinu, T. Gys, C. Joram, S. Korpar, Y. Musienko, V. Puill, D. Renker 1 Micro Channel plate PMT (MCP-PMT) Similar to ordinary.
Study of a Silica Aerogel for a Cherenkov Radiator Ichiro Adachi KEK representing for the Belle Aerogel RICH R&D group 2007 October RICH2007, Trieste,
The MPPC Study for the GLD Calorimeter Readout Introduction Measurement of basic characteristics –Gain, Noise Rate, Cross-talk Measurement of uniformity.
MPPC update including plastic connector T2K experiment collaboration meeting 2007/4/18 (Wed) S.Gomi T.Nakaya M.Yokoyama ( Kyoto University ) T.Nakadaira.
R&D of MPPC for T2K experiment PD07 : Photosensor Workshop /6/28 (Thu) S.Gomi T.Nakaya M.Yokoyama H.Kawamuko ( Kyoto University ) T.Nakadaira.
Experimental set-up for on the bench tests Abstract Modeling of processes in the MCP PMT Timing and Cross-Talk Properties of BURLE/Photonis Multi-Channel.
Study of the MPPC performance - R&D status for the GLD calorimeter readout – Nov 6-10.
TOP counter overview and issues K. Inami (Nagoya university) 2008/7/3-4 2 nd open meeting for proto-collaboration - Overview - Design - Performance - Prototype.
1 Development of Multi-Pixel Photon Counters (1) S.Gomi, T.Nakaya, M.Yokoyama, M.Taguchi, (Kyoto University) T.Nakadaira, K.Yoshimura, (KEK) Oct
1 MPPC update S.Gomi, T.Nakaya, M.Yokoyama, M.Taguchi, (Kyoto University) T.Nakadaira (KEK) Nov KEK.
work for PID in Novosibirsk E.A.Kravchenko Budker INP, Novosibirsk.
Development of TOP counter for Super B factory K. Inami (Nagoya university) 2007/10/ th International Workshop on Ring Imaging Cherenkov Counters.
PID for super Belle (design consideration) K. Inami (Nagoya-u) - Barrel (TOP counter) - Possible configuration - Geometry - Endcap (Aerogel RICH) - Photo.
Hyper-Kamiokande project and R&D status Hyper-K project Motivation Detector Physics potential study photo-sensor development Summary Kamioka.
July 4, 2008 SuperBelle Meeting, KEKPeter Križan, Ljubljana Peter Križan University of Ljubljana and J. Stefan Institute Burle MCP PMTs as photon detector.
Peter Križan, Ljubljana March 6, 2006 CBM RICH Workshop Peter Križan University of Ljubljana and J. Stefan Institute RICH counters for HERA-B and Belle.
Study of a Proximity Focusing RICH with Aerogel Radiator for Future Belle Upgrade Toru Iijima Nagoya University October 18, th International Workshop.
Mar. 18, 2009 HAPD ASIC Status Super KEKB Meeting 1 S.Nishida (KEK) S. Nishida HAPD ASIC Status Super KEKB Meeting Mar. 18, 2009 KEK.
2004/11/30RICH04 Workshop 1 Timing Property of MCP-PMT for Single Photon Detection Toru Iijima Nagoya University Contents Studies of MCP-PMT performance.
PHENIX High pt Upgrades -- Overview -- Yasuo MIAKE for High pt Upgrade Team
Study of the MPPC for the GLD Calorimeter readout Satoru Uozumi (Shinshu University) Feb Beijing Introduction Basic performances Future.
Development of Multi-Pixel Photon Counters(MPPC) Makoto Taguchi Kyoto University.
The RICH Detectors of the LHCb Experiment Carmelo D’Ambrosio (CERN) on behalf of the LHCb RICH Collaboration LHCb RICH1 and RICH2 The photon detector:
Multipixel Geiger mode photo-sensors (MRS APD’s) Yury Kudenko ISS meeting, KEK, 25 January 2006 INR, Moscow.
Prospects to Use Silicon Photomultipliers for the Astroparticle Physics Experiments EUSO and MAGIC A. Nepomuk Otte Max-Planck-Institut für Physik München.
Geiger-mode APD as a RICH Photodetector Toru Iijima Nagoya University June 28, 2007 International Workshop on New Photo- Detectors Kobe University.
“Tests of a proximity focusing RICH with aerogel as radiator” Toru Iijima / Nagoya University for Belle Aerogel-RICH R&D.
Performance of new MPPC Nov. 21 Korea-Japan joint meeting Takashi Maeda Hideki Yamazaki Yuji Sudo (University of Tsukuba) --- Contents ---
RICH meeting, F.Muheim1 Proposal for MAPMTs as Photodetectors for the LHCb RICH Franz Muheim University of Edinburgh on behalf of the MAPMT group.
Tests of a proximity focusing RICH with aerogel as radiator and flat panel PMT (Hamamatsu H8500) as photon detector Rok Pestotnik Jožef Stefan Institute,
The Multi-Pixel Photon Counter for the GLD Calorimeter Readout Jul Satoru Uozumi University of Tsukuba, Japan for the GLD Calorimeter.
Aerogel RICH & TOP counter for super KEKB Y.Mazuka Nagoya University June 14-16, 2006 The 3 rd SuperB workshop at SLAC.
M.Taguchi and T.Nobuhara(Kyoto) HPK MPPC(Multi Pixel Photon Counter) status T2K280m meeting.
TCT measurements with strip detectors Igor Mandić 1, Vladimir Cindro 1, Andrej Gorišek 1, Gregor Kramberger 1, Marko Milovanović 1, Marko Mikuž 1,2, Marko.
Performance of 1600-pixel MPPC for the GLD Calorimeter Readout Jan. 30(Tue.) Korea-Japan Joint Shinshu Univ. Takashi Maeda ( Univ. of Tsukuba)
Development of Multi-Pixel Photon Counters (1)
Proximity focusing RICH with TOF capabilities for the Belle upgrade
PID Upgrade for Super-KEKB / Belle
Particle Identification in LHCb
The Pixel Hybrid Photon Detectors of the LHCb RICH
Multianode Photo Multipliers for Ring Imaging Cherenkov Detectors
Department of Physics and Astronomy,
R&D status of a large HAPD
Recent Progress in Large Format PMTs
R&D of MPPC for T2K experiment
Development of hybrid photomultiplier for Hyper-Kamiokande
Beam Test Results for the CMS Forward Pixel Detector
R&D of MPPC in kyoto M.taguchi.
How can we study the magnetic distortion effect?
The MPPC Study for the GLD Calorimeter Readout
Performance test of a RICH with time-of-flight information
Presentation transcript:

Development of 144 Channel Multi-Anode HPD for Belle Aerogel RICH Photon Detector Development of 144 Channel Multi-Anode HPD for Belle Aerogel RICH Photon Detector 1 I. Adachi, 2 R. Dolenec, 2 A. Petelin, 3 K. Fujita, 2 A. Gorisek, 3 K. Hara, 3 D. Hayashi, 3 T. Iijima, 3 K.Ikado, 4 H. Kawai, 5 S. Korpar, 3 Y. Kozakai, 6 P. Krizan, 4 A. Kuratani, 3 Y. Mazuka, 7 Y. Miyazawa, 1 S. Nishida, 8 I. Nishizawa, 9 S. Ogawa, 2 R. Pestotnik, 8 T. Sumiyoshi, 4 M. Tabata, 3 M. Yamaoka 1:IPNS, KEK, Tsukuba, Japan / 2:J.Stefan Institute, Ljubljana, Slovenia / 3:Dept. of Physics, Nagoya Univ., Nagoya, Japan / 4:Dept. of Physics, Chiba Univ., Chiba, Japan / 5:Faculty of Chemistry and Chemical Engineering, Univ. of Maribor, Maribor, Slovenia / 6:Faculty of Mathematics and Physics, Univ. of Ljubljana, Ljubljana, Slovenia / 7:Dept. of Physics, Tokyo Univ. of Science, Noda, Japan / 8:Dept. of Physics, Tokyo Metropolitan Univ., Hachioji, Japan / 9:Dept. of Physics, Toho Univ., Funabashi, Japan presenter: Ichiro Adachi Aerogel radiator Position sensitive PD with B=1.5Tesla Cherenkov photon 200mm n=1.05 Proximity Focusing RICH with Aerogel Radiator Developed for new particle ID device in the Belle forward region extend  /K separation capability up to 4  at 4.0GeV/c limited space operational under 1.5 Tesla magnetic field Key elements Hydrophobic aerogel with refractive index of as a Cherenkov radiator Position sensitive photodetector with ~5x5mm 2 pixel size Electronics for read-out The present Belle detector Principle of Operation Established at Test Beam Experiments n=1.05 aerogel radiator  =14mrad Npe = 6 4  separation confirmed  4.0GeV “K”4.0GeV typical event RICH prototype counter Hamamatsu Multi-anode Flat-Panel PMT(H8500)  /K 4  separation at 4 GeV/c achieved with a prototype counter Multi-Anode Hybrid Photon Detector : Key Component High sensitivity to single photon Immune to 1.5 Tesla magnetic field Large effective area Basic requirements Hybrid (Avalanche) photon detector is our first candidate Developed with Hamamatsu Photonics Package72x72 mm 2 # of pixels12x12(6x6/chip) Pixel size5x5 mm 2 Effective area64 % HAPD specifications 1 diode chip pixelated to 6x6 channels 72mm = “bombardment” gain ~1000 x “avalanche” gain ~10 single photon signal ~10000 electrons ceramic tube Experimental Set-up and Noise Level ClearPulse 580K ClearPulse 4417 Amptek pocketMCA 150pF 100MΩ 220MΩ 222pF 10MΩ High Voltage Bias Voltage Reverse bias voltage supplied to cathode Signal extracted from anode side LED used as a light source Only 1 channel read out, Others floated Noise level check by bias voltage scan Full depletion observed at ~50V Minimum noise level ~ 280V Similar tendency for all of 4 chips Diode chips show reasonable behavior Pulse Height Spectra HAPD Response for single photon light pedestal 1 p.e. Clear signal observed pedestal 1 p.e. 2 p.e. 3 p.e. 4 p.e. 5 p.e. 6 p.e. 7 p.e. Response for multiple photon light Total gain ~7,320 S/N ~ 4.9 Chip-A ch#22HV= -8.5kV & Bias=+319V ChipAChipD ChipCChipB Target : ch22 - Bias=+340V - Gain 〜 7,360 - S/N 〜 Ava. Gain 〜 4.8 Target : ch22 - Bias=+340V - Gain 〜 8,130 - S/N 〜 Ava. Gain 〜 5.6 Target : ch22 - Bias=+360V - Gain 〜 8,530 - S/N 〜 Ava. Gain 〜 5.7 Target : ch22 - Bias=+319V - Gain 〜 7,320 - S/N 〜 Ava. Gain 〜 4.4 We can observe single p.e and S/N ratio is larger than 4.1 in all 4 chips. H.V=- 8.5kV Uniformity & X-talk in Diode Chip A BC D Single photon-equivalent light injected for all channels in one diode chip-A Gain Max 〜 Gain Min 〜 S/N Max 〜 21 S/N Min 〜 Noise av 〜 1,310[e] Single p.e. can be observed for all channels (except for #5 and #10)  Gain ~ +/- 9%, S/N >~ 4.3, Noise ~1,300e Channel # Gain/noise/S-to-N ratio calculated for each channel Basic Properties for 4 Diode Chips from Our Measurements Ch17 Ch16 Ch15 Ch23 Ch22 Ch21 Ch29 Ch28 Ch27 LED off □2mm×2mm LED on LED light illuminated to ch#22 through a small spot Investigate pulse activities in neighbor channels for LED on/off Negligibly small contribution in X-talk activities Ch17 Ch16 Ch15 Ch23 Ch22 Ch21 Ch29 Ch28 Ch27 ConclusionsReferences  We have developed a 144 channel multi-anode hybrid photon detector for a photo-sensor in the Belle aerogel RICH counter.  New test sample delivered around the end of 2006 from HPK. Fundamental properties have been examined in our test bench.  Clear signal from single photon light has been observed, and total gain of ~7,500 was obtained.  Reasonable uniformity of gain and signal-to-noise responses found  X-talk seems to be small  The next prototype having higher avalanche gain will be delivered soon. 1.T.Iijima et al., NIM A543(2001) T.Matsumoto et al., NIM A521(2004) T.Iijima, S.Korpar et al., NIM A548(2005) I.Adachi et al., NIM A553(2005) P.Krizan et al., NIM A565(2006)457. QE = 24% from HPK measurement Avalanche gain calculated by total gain from our measurement and bombardment gain from HPK sheet Delivered at the end of 2006 after technical improvements in HPK production process except for noisy channels of #5 & #10