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DIAMANT Electronics Upgrade at ATOMKI Ferenc Nagy ATOMKI, HUNGARY
The DIAMANT Light charged particle detector Particle discrimination Nearly 4 solid angle 80 channels (analog)
The DIAMANT CsI detectors mounted on the Flexi-Board (EXOGAM) Folded-up Flexi-Board CsI(Tl) + light guide + PIN-PD Like a diamond
DIAMANT Upgrade Mechanical Analog Front-end PIN-PD => APD (better S/N) Digital Signal Processing (digital implementation of former electronics)
Particle Discrimination Concept Particle dependent rise time p CsI crystalPDCharge sensitive preamp Preamp signals for different particle types: NIM. A458(2001)759
Ballistic Deficit Method Energy signal should be rise time independent Particle signal should be rise time dependent Slow Filter Fast Filter Preamp Signal E (Energy signal) P (Particle signal)
Proposed DIAMANT DSP (1 Ch.) DLS (10 μs) MA (5 μs) PD DLS (1.2 μs) MA (0.6 μs) PD ADC S R TD Threshold Preamp Signal Event Slow Shaping Fast Shaping Peak detector enable DLS: Delay Line Shaper MA: Moving Averager PD: Peak Detector TD: Threshold Detector E P Event (128 bits) P TimestampStatus E 50 MHz
Signal Shapes Time (a.u.) Filtered Signals (a.u.) Time (a.u.) Filtered Signals (a.u.) Response for fast detector signalResponse for slow detector signal EP EP ballistic deficit 10 μs 1.2 μs
Particle-Energy Diagram particles Protons Rays (CsI) Rays (PIN-diode) Normalization An example: Particle ID = C – P / E
Feasibility Test of the DSP ATOMKI DSP CARD 1 channel tested CsI(Tl) + PIN-PD CsI(Tl) + APD 128-bit events list mode DAQ CsI(Tl) PIN-PD/APD Charge sensitive preamp ATOMKI DSP Card Ch1 Ch2 Ch3 Ch4 DAQ PC (event list) 1G Ethernet Event (128 bits) PTimestamp Status E
ATOMKI DSP Card Front-end 4 Ch ADC Virtex4 Ethernet PHY Gigabit Ethernet Network DSP MAC Event Analog Inputs
Experimental Result Energy Particle ID alphas protons gammas Thank you for your attention!
Technische Universität München A digital calorimetric trigger for the COMPASS experiment at CERN Markus Krämer J. Friedrich, S. Huber, B. Ketzer, I. Konorov,
Poster Design & Printing by Genigraphics ® In the PANDA experiment, the Straw Tube Tracker (Fig. 1) designed for momentum analysis of charged.
Identification of Charged Particles in Straw Tube Detectors Sedigheh Jowzaee Jagiellonian University MESON2012 Conference, Krakow, Poland, 31May-5June.
Trigger & DAQ Ole Hansen SBS Collaboration Meeting 19 March 2010.
TDC ARCHITECTURES IN ASIC S Jorgen Christiansen CERN/PH-ESE 1.
TPAC: A 0.18 Micron MAPS for Digital Electromagnetic Calorimetry at the ILC J.A. Ballin b, R.E. Coath c *, J.P. Crooks c, P.D. Dauncey b, A.-M. Magnan.
Roma Jan.2006 WHIM and mission opportunities Wide Field Monitor Prospect for use of Silicon and scintillator detectors Based on work made at: IASF - INAF.
Incontri di Fisica delle Alte Energie, IFAE 2006, Pavia, 19 – 21 aprile Sensori a pixel attivi monolitici in tecnologia CMOS 130 nm V. Re b,c, C.
Study of 144-channel Hybrid Avalanche Photo-Detector for Belle II RICH Counter VCI2010 Susumu Shiizuka Nagoya University for Belle II Aerogel RICH group.
T IMEPIX AND TOT MODE Taken from Lloparts 2007 thesis: Paper X and J. Jakubek, Nucl. Instr. and Meth. A (2010), doi: /j.nima Ryan Badman,
DIPAC 2005, B.Dehning 1 Beam loss monitor system for machine protection B. Dehning CERN AB/BDI.
RICH status report Transversity Meeting A March 05 -Jlab Detector Performances Possible upgrade.
GridPix Een Detector R & D project voor: - Large TPC for ILC - GOSSIP & the ATLAS SCT Upgrade Harry van der Graaf NIKHEF, Amsterdam Electronische Afdeling,
July 15th, 2013Vancouver, Paul Scherrer Institute, Switzerland Know your signals: Waveform Digitizing in the Giga-sample Range with Switched Capacitor.
TDC130: High performance Time to Digital Converter in 130 nm Christian MESTER
Base feature set replicated as the SCW9047 All-in-one security solution Two-Way wireless support Two-Way Audio verification over GSM Premium lighting.
Tracker Strip and Pixel FEDs John Coughlan Tracker Readout Upgrade Meeting September 12 th 2007.
NUCP 2371 Radiation Measurements II. Since electromagnetic radiation does not cause any direct ionization Detector system needs to do several things Reasonable.
GTS, Optical Link and TRACE Front End Electronics Andrea Triossi INFN - LNL PROMETEO workshop November , Valencia.
Controller Tests Stephen Kaye Controller Test Motivation Testing the controller before the next generation helps to shake out any remaining.
Paul Scherrer Institute The PSI DRS4 Integrated Circuit Chip Stefan Ritt.
Fuel Cell Simulator System Martin Ordonez, Masters Candidate Supervisors: Dr. M. Tariq Iqbal Dr. John E. Quaicoe Faculty of Engineering and Applied Science.
RIFLE: a Research Instrument for FLash Evaluation AT Active Technologies.
1 Pier Francesco Manfredi Lawrence Berkeley National Laboratory - Berkeley, California (USA) Dipartimento di Fisica dellUniversità di.
1 Esame di Dottorato in Fisica - Bologna, 26 Maggio 2006L.Guiducci - INFN Bologna Design and Test of the Off-Detector Electronics for the CMS Barrel Muon.
Latest Developments from the CCD Front End LCWS 2005 Stanford Joel Goldstein, RAL for the LCFI Collaboration.
Hall D Level 1 Trigger Dave Doughty 8/5/03 Hall D Collaboration Meeting.
March 26th, 2011FEE2011, Bergamo Paul Scherrer Institute Very Fast Waveform Recorders Stefan Ritt.
Analysis of Proposed Sensing Schemes IEEE P Wireless RANs Date: Authors : Notice: This document has been prepared to assist IEEE
R2E Workshop, June SEU Tolerance in the ELMB Henk Boterenbrood software engineer.
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