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Hamamatsu Photonics Marc Birkel/Hamamatsu Photonics France (Hamamatsu Photonics Electron Tube Division) Hamamatsu Profile Development Large Format PMT.

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Presentation on theme: "Hamamatsu Photonics Marc Birkel/Hamamatsu Photonics France (Hamamatsu Photonics Electron Tube Division) Hamamatsu Profile Development Large Format PMT."— Presentation transcript:

1 Hamamatsu Photonics Marc Birkel/Hamamatsu Photonics France (Hamamatsu Photonics Electron Tube Division) Hamamatsu Profile Development Large Format PMT series Oct. 04 2006 at GDR neutrino

2 Where we are Located

3 How did we achieve it

4 Presentation

5 Electron Tube Division Electron-Optics Vacuum Tube Technology Mechanics & Assembly Low Noise Analog Electronics Low to High voltage power supplies Fundamental technology & Know-how Glass Fabrication Scintillating Materials Optics Design and Fabrication Material Processing

6 Electron Tube Division Product Line-up Detectors = Photosensitive Electron Tubes Photomultiplier Tubes Photomultiplier Modules Ion Detectors Phototubes Electron Multipliers Microchannel Plates (MCPs) Image Intensifiers UV Sensors Spatial Light Modulator Accessories Light Sources Xenon Lamps Mercury-Xenon Lamps Xenon Flash Lamps Deuterium Lamps Hollow Cathode Lamps Light Source Solutions Accessories UV Spot Light Source X-ray Products Microfocus X-ray Source (MFX) Scintillators X-ray Tubes X-ray Cameras Optical parts Lens Capillary Plates Fiber Optic Plates Filter, Beam splitters « blocks » Integrated Engines Photoionizer Fluorescence units Luminescence units High Speed Gated units

7 Electron Tube Division Application examples Medical diagnosis Analytical Instruments HEP and Academic Research Security Nuclear Medecine Medical X-ray Industrial Process

8 Presentation

9 Analog & Digital High Speed / Low noise Electronics Solid State Division 3D Silicon Micromachining Technology Direct Scintillation Deposition Capability Hybridization Capability III-V Compounds Crystal and Process Technology Fundamental technology & Know-how Volume Manufacturing High Density High Accuracy Packaging Technology Silicon Design And Process Optical Component Design Manufacturing and Integration Molded parts injection

10 Solid State Product Line-up Opto Asics Photo IC Photoreflector Photointerrupter Phototransistor Visible Photosensors Silicon Photodiode Silicon PIN Photodiode Silicon Photodiode Array Silicon APD GaAsp, GaP Position Sensitive Detectors IR Photosensors Standard Type Long Wavelength Type Image Sensor / Array Infrared Detector Module PbS, PbSe InSb, InAs MCT Two-color Detector Image Sensors CCD, FT, FFT type NMOS CMOS, APS & PPS type InGaAs Room temperature bolometer X-ray Products CMOS Flat Panel Imagers Coated X-ray CCD Imagers Direct Detection CCD Imagers Light Emitters GaAs G-P led RC led VCSEL Mid IR wavelenght led Applied Products RC & TG mini spectrometers 1D & 2D imaging modules Photosensor Integrated Modules Color Sensor Modules Optical Communication Devices High-speed Low-speed, Short-haul Spatial Light Transmission DWDM Monitor LD Monitor

11 Solid State Application examples HEP and Academic Research Nuclear Medecine Medical diagnosis Medical X-ray Volume Application Security Dental Imaging Analytical Instruments Telecom Automotive

12 Presentation

13 Product Line-up and Application solutions System Division Life science Imaging Platforms Industrial Inspection Telepathology Solutions High Speed Phenomenas Drug Screening System Digital Imaging Solutions Semiconductor Inspection

14 Presentation

15 Laser Group Product Line-up Fundamental technology Fundamental technology & Know-how Packaging Technology III-V Compounds crystal and Process technology Cooling system design Mechanics and Assembly Optical parts design and Manufacturing

16 Development in Large Format PMT PMTs for Deep Sea Neutrino Experiment 13 inch PMT, 20 inch Short Type PMTs for Megaton Type Detector Feasibility study for mass-production Feasibility study for mass-production Large Format HPD for T2K Experiment High performance (Good S/N Ratio) High performance (Good S/N Ratio)

17 8 inch10 inch 13 inch 20 inch Large Format PMT Lineup 13 inch PMT is shorter comparing to its diameter.

18 Large Format PMT Series Part No.DiaEffective Area TTSP/V (Peak to Valley Ratio) R59128 190 2.4ns2.5 R708110 220 2.9ns2.5 R805513 312 3.4ns2.5 R3600-0220 460 5.5ns1.7 R725020 430 3.5ns2.5

19 Electrodes and Metal Shield Heating for sealing process damages dynode surface. Metal stem flange can avoid the heating problem. Dimensional Outline of R8055 Metal Stem Flange

20 17 inch glass sphere R8055 is suitable for 17 inch glass sphere !! R8055 (13 inch PMT) This electrode was developed for R7250, which is used for KamLand experiment in Japan. 17 Glass Sphere with R8055

21 R3600-02 (20 inch) 11,000 tubes for SUPER-K Largest in the world 610 mm

22 Modification of 20 inch PMT Present 20 inch PMT Modified 20 inch PMT 526 mm Metal Stem Flange 610 mm 25 inch Glass Sphere too long !!

23 Feasibility Study for Mass-Production (not official) to Improve Productivity of 20 inch PMT 1. Simple Structure for easy production 2. Unique Facilities for better efficiency Early –Stage Estimation 100K tubes in 5 years (20K tubes per year) Number of Employees : 50 peoples PMT Price : $2,000 We are checking whether glass bulbs can be supplied from glass venders without big problems or not.

24 Hybrid Photo-detector (HPD) R7110U-40 (TO-8 Type) R9503U-04 (Proximity Type) Large Format Type (Development) Good PHD and CE Good Uniformity Immunity to Magnetic Field 8keV Avalanche Gain X 50 Photocathode (-8kV) Photoelectron Output Light APD Electron Bombardment X1200 Combination of EB and avalanche gain

25 Pulse Height Distribution HPD PMT 1pe 2pe 3pe 4pe 5pe 1pe K-APD = 12KV

26 Sketch of 5 inch HPD APD Target (3 mm in dia.) 180 mm Effective Area (80 mm in dia.) 5 inch HPD was made as feasibility study for larger size. Glass bulb of 5 inch hemispherical PMT was used. HPD : Hybrid Photo Detector sealing tape for protection

27 Next Step of Large Format HPD 1.13 inch HPD is being developed with collaboration of the Univ. of Tokyo and JST(JAPAN SCIENCE AND TECHNOLOGY AGENCY). 2.Working prototype would be made in 2 years (by mar.2007). 3.Development will be finished by Mar.2010.


29 Thank you for your attention !! Any Questions ??

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