Novel micropixel avalanche photodiodes (MAPD) with super high pixel density

Анфимов, Н.; Чириков-Зорин, И.; Dovlatov, A.; Gavrishchuk, O.; Guskov, A.; Khovanskiy, N.; Krumshtein, Z.V.; Leitner, R.; Meshcheryakov, G.; Nagaytsev, A.; Olchevski, A. G.; Rezinko, Taras; Sadovskiy, A.; Sadygov, Z.; Savin, I.; Tchalyshev, V.; Tyapkin, I. A.; Yarygin, G.; Zerrouk, F.

doi:10.1016/j.nima.2010.07.003

Cited by 12 publications

(6 citation statements)

References 5 publications

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“…Choose a region of interest and perform light beam focusing in the middle of this region. 4. Scan the desired region: collect histograms of amplitudes for every point of the scan.…”

Section: Measurement Systemmentioning

confidence: 99%

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Fully Automated Machine for Scanning SIMP detectors

Rychter¹,

Marzec²,

Domański³

et al. 2016

Proceedings of International Conference on New Photo-Detectors — PoS(PhotoDet2015)

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A fully automated measurement system has been built to measure uniformmity of the parameters of SiPM detectors with very high pixel densities. It has a light source with a microfocus spot (FWHM = 3 µm at the detector surface) and a precise positioning system (1 µm accuracy). A temperature control system with water cooling has been used to set the temperature of the measured detector. Finally, a low noise, custom made front-end amplifier has been designed to receive SiPM signals. This paper presents the MAPD-3N detector measurement results-uniformity of gain and relative photon detection efficiency (PDE).

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“…Choose a region of interest and perform light beam focusing in the middle of this region. 4. Scan the desired region: collect histograms of amplitudes for every point of the scan.…”

Section: Measurement Systemmentioning

confidence: 99%

“…This paper presents results of gain and PDE uniformity measurements for MAPD-3N detector. MAPD-3N detector is 3 × 3mm 2 device with 135000 pixels (8 µm, pitch), the PDE is 30% and the electron gain of the detector is in range of 10 4 to 10 5 [2] [4].…”

Section: Introductionmentioning

confidence: 99%

Fully Automated Machine for Scanning SIMP detectors

Rychter¹,

Marzec²,

Domański³

et al. 2016

Proceedings of International Conference on New Photo-Detectors — PoS(PhotoDet2015)

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“…ECAL0 will be located after extensive liquid hydrogen target at the detector of the recoil protons output, and its task will be to register gamma rays with energies ranging from 0.15 to 30 GeV in the polar angle range 0.15Ä0.6 rad. The design of the calorimeter ECAL0 was chosen as a result of a series of successful tests of various ©shashlykª-type prototypes of electromagnetic calorimeters readout by micropixel avalanche photodiodes (MAPD) on the beam T9 PS (CERN) in 2008Ä2009 [2,3]. ECAL0 is a ©shashlykª-type calorimeter with high granularity (cell size 4 × 4 cm).…”

Section: Measurement Of Generalized Parton Distributions (Gpd) In Thementioning

confidence: 99%

Tests of the module array of the ECAL0 electromagnetic calorimeter for the COMPASS experiment with the electron beam at ELSA

Анфимов

Аносов

Barth

et al. 2015

Phys. Part. Nuclei Lett.

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The array of 3×3 modules of the electromagnetic calorimeter ECAL0 of the COMPASS experiment at CERN has been tested with an electron beam of the ELSA (Germany) facility. The dependence of the response and the energy resolution of the calorimeter on the angle of incidence of the electron beam has been studied. A good agreement between the experimental data and the results of Monte Carlo simulation has been obtained. It will signiˇcantly expand the use of simulation to optimize event reconstruction algorithms. Ô²¥±É•μ´´μ³ ¶ÊÎ±¥ Ê¸±μ•¨É¥²Ö ELSA (ƒ¥•³ ´¨Ö) ¡Ò² ¨¸¸²¥¤μ¢ ´ ¸¡μ•± ¨ § 3 × 3 ³μ¤Ê²¥°Ô ²¥±É•μ³ £´¨É´μ£μ ± ²μ•¨³¥É• ECAL0 Ê¸É ´μ¢±¨COMPASS (-…).ˆ §ÊÎ ²¨¸Ó § ¢¨¸¨³μ¸Éμ É±²¨± ¨Ô´¥•£¥É¨Î¥¸±μ£μ • §•¥Ï¥´¨Ö ± ²μ•¨³¥É• μÉ Ê£² ¶ ¤¥´¨Ö ¶ÊÎ± Ô²¥±É•μ´μ¢. μ²ÊÎ¥´μ Ìμ•μÏ¥¥¸μ£² ¸¨¥ Ô±¸ ¶¥•¨³¥´É ²Ó´ÒÌ ¤ ´´ÒÌ¸•¥ §Ê²ÓÉ É ³¨• ¸Î¥Éμ¢ ³¥Éμ¤μ³ OEμ´É¥-Š •²μ, ÎÉμ ¶μ §¢μ²¨É¸ÊÐ¥¸É¢¥´´μ • ¸Ï¨•¨ÉÓ ¶•¨³¥´¥´¨¥ ³μ¤¥²¨•μ¢ ´¨Ö ¤²Ö μ ¶É¨³¨ § Í¨¨ ²£μ•¨É³μ¢ •¥±μ´-É•Ê±Í¨¨¸μ¡ÒÉ¨°.

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“…It would have a similar effect on protons from the accelerator used for the scintillator characterisation and calibration. Three such detectors were constructed, two with dual SensL SPMMicro3035 SiPMs [9] (abbreviated S3035) and one with dual Zecotek MAPD-3n SiPMs [10], [11]. One pair of S3035 and the pair of MAPD-3n SiPMs were closely matched in breakdown voltage.…”

Section: Detector Designmentioning

confidence: 99%

Proton beam characterisation of a prototype thin-tile plastic scintillator detector with SiPM readout for use in fast-neutron tracker

et al. 2012

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, J. (2012). Proton beam characterisation of a prototype thin-tile plastic scintillator detector with SiPM readout for use in fast-neutron tracker. Journal of Instrumentation, 7 (2), 1-14. ABSTRACT: We present details of the construction and characterisation of a prototype thin-tile plastic scintillation detector for use in a multi-layer Fast Neutron Tracker. Scintillation light is read out using solid-state silicon photomultiplier detectors (SiPMs). The Tracker consists of alternating scintillator and Timepix detector layers. The scintillator tile provides a hydrogen-rich target, in which impinging fast neutrons produce recoil protons. The energy lost by protons in the plastic scintillator are measured and recoil protons exiting the scintillator are tracked in the Timepix detector. The combination of signals from the scintillator and Timepix provides information to reconstruct the energy or direction of the impinging neutron, using calculations based on the kinematics of the elastic neutron scattering. Proton Beam Characterisation of aThree prototype scintillation detectors were constructed, using either a pair of 3x3 mm sensitive area SPMMicro3035 SiPMs from SensL or a pair of MAPD-3n SiPMs from Zecotek. The detector performances were characterised using a mono-energetic proton beam. An absolute energy calibration was measured at 3, 4 and 5 MeV proton energies with good linearity. The best measured energy resolution was 29.8% at 5 MeV. Spatial uniformity was assessed by measuring the response across the detector face. Finally, the tile detector's ability to provide a trigger for Timepix acquisition in the stack configuration was demonstrated for single and double neutron recoil events using a DT neutron source. The SiPM-based design was found to be well-suited for the application of the multi-layer fast neutron tracker.

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Novel micropixel avalanche photodiodes (MAPD) with super high pixel density

Cited by 12 publications

References 5 publications

Fully Automated Machine for Scanning SIMP detectors

Fully Automated Machine for Scanning SIMP detectors

Tests of the module array of the ECAL0 electromagnetic calorimeter for the COMPASS experiment with the electron beam at ELSA

Proton beam characterisation of a prototype thin-tile plastic scintillator detector with SiPM readout for use in fast-neutron tracker

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