FPGA-Workshop FPGA-based Tomographycameras 3.12.12/ Jülich Jörg Burmester, Jörn Plewka, Stephan Meyer-Loges HZG/TKE.

Slides:



Advertisements
Similar presentations
CCD Camera with USB2.0 & GIGABIT interfaces for the Pi of The Sky Project Grzegorz Kasprowicz PERG dr inż. Krzysztof Poźniak In cooperation with Soltan.
Advertisements

18/05/2015 Calice meeting Prague Status Report on ADC LPC ILC Group.
ADC. A/D converter (Analog/Digital converter) A device that converts continuously varying analog signals from instruments and sensors that monitor conditions,
Design and Implementation a 8 bits Pipeline Analog to Digital Converter in The Technology 0.6 μm CMOS Process Eri Prasetyo.
ESODAC Study for a new ESO Detector Array Controller.
Kay Graf Physics Institute 1 University of Erlangen ARENA 2006 University of Northumbria June 28 – 30, 2006 Integration of Acoustic Neutrino Detection.
Cameras for scientific experiments A brave attempt to give an overview of the different types and their pros & cons Grouptalk Optical Sciences, may
Super Fast Camera System Supervised by: Leonid Boudniak Performed by: Tokman Niv Levenbroun Guy.
Astronomical Array Control & Acquisition System at NAOC Zhaowang Zhao Binxun Ye Research Labs for Astronomy National Astronomical Observatories, Chinese.
1. THE OSIRIS TUNABLE FILTERS  OSIRIS uses two 100 mm aperture Fabry-Perot tunable filters. One of them is optimized for short wavelengths, and one for.
Power Distribution FPGADDR2 OEM Board Flash MEMSSDINSD3 Cameras Connector Board 1.2V1.8V5V3.3V 3.3V, 5V, 12V 15V3.3V9-36V.
i Sight1 April 1998 i Sight2 Objective u Present i Sight Company. u Present i Sight Technologies. u Description of technologies. u Status of each technology.
Silicon Photomultiplier Readout Electronics for the GlueX Tagger Microscope Hall D Electronics Meeting, Newport News, Oct , 2007 Richard Jones, Igor.
Introduction to Analog-to-Digital Converters
DC-DC Fundamentals 1.1 An Introduction
CCD testing Enver Alagoz 12 April CCD testing goals CCD testing is to learn how to – do dark noise characterization – do gain measurements – determine.
IMAGING GROUP ProEM At last… a professional grade EMCCD camera.
Team Members Jordan Bennett Kyle Schultz Min Jae Lee Kevin Yeh.
A compact, low power digital CDS CCD readout system.
Copyright : Marconi Applied Technologies Limited. All Rights Reserved. CCDs for Adaptive Optics CfAO Workshop: Nov 1999 By P.
Product Description DS6300 New ! Product description.
CCD and CCD readout : Engineering diagnostics during development, commissioning and operation Pierre Antilogus C. Juramy, H.Lebbolo, S. Russo, V.Tocut.
XFEL The European X-Ray Laser Project X-Ray Free-Electron Laser Review of LLRF system based on ATCA standard, Dec 3-4, 2007 Piezodriver and piezo control.
PP2 Status F. Bellina. Problem solved.. Problem with inhibit and reading temperature and many crazy behavior Solved with a new FPGA firmware: the hardware.
FASEP Presents What is the difference between PSD and CCD sensor technology?
Digital Imaging Systems –I/O. Workflow of digital imaging Two Competing imaging format for motion pictures Film vs Digital Video( TV) Presentation of.
Development of Readout ASIC for FPCCD Vertex Detector 01 October 2009 Kennosuke.Itagaki Tohoku University.
Miriam Pekar Alex Liberchuk Supervisors: Dr. Alexander Fish Mr. Arthur Spivak 10/2011 P
ISUAL Sprite Imager Electronic Design Stewart Harris.
M. Zareinejad 1. 2 Outline # Sensors –––– Sensor types Sensor examples #Actuators Actuator types Actuator examples ––––
1 Warsaw University of Technology Faculty of Electronics and Information Technology Institute of Electronic Systems HARDWARE SIMULATOR of the high-resolution.
Digital Photography A tool for Graphic Design Graphic Design: Digital Photography.
Warsaw University of Technology Faculty of Electronics and Information Technology Institute of Electronic Systems „High sensitivity CCD cameras for....
Electronics for PS and LHC transformers Grzegorz Kasprowicz Supervisor: David Belohrad AB-BDI-PI Technical student report.
The Field Camera Unit Project definition, organization, planning S. Scuderi INAF – Catania.
Pinewood Derby Timing System Using a Line-Scan Camera Rob Ostrye Class of 2006 Prof. Rudko.
DLS Digital Controller Tony Dobbing Head of Power Supplies Group.
Data Acquisition Systems
Institute: ISE, group: PERG CCD USB 2.0 Camera for the Pi of The Sky Project Grzegorz Kasprowicz semester: T1EL-PE Cooperation with Soltan Institute for.
Position sensing in Adaptive Optics Christopher Saunter Durham University Centre for Advanced Instrumentation Durham Smart Imaging.
S.Manen– IEEE Dresden – Oct A custom 12-bit cyclic ADC for the electromagnetic calorimeter of the International Linear Collider Samuel.
10/26/20151 Observational Astrophysics I Astronomical detectors Kitchin pp
THEMIS Instrument CDR 1 UCB, April 19-20, 2004 Boom Electronics Board (BEB) Engineering Peer Review Apr. 20, 2004 Hilary Richard.
LSST Electronics Review – BNL, January LSST Electronics Review BNL January Electronics Development Plan Goals and Plans for
ESO AO Detector Controller for the E-ELT Javier Reyes, Mark Downing European Southern Observatory, ESO ( Jorge Romero University of.
CCD Cameras with USB2.0 & Gigabit interfaces for the Pi of The Sky Project Grzegorz Kasprowicz Piotr Sitek PERG In cooperation with Soltan Institute.
March 2004 Charles A. DiMarzio, Northeastern University ECEG287 Optical Detection Course Notes Part 15: Introduction to Array Detectors Profs.
Acquisition Crate Design BI Technical Board 26 August 2011 Beam Loss Monitoring Section William Vigano’ 26 August
Control Theory Control System Objectives  Establish a final condition  Provide safe operation  Eliminate the human element  Assure economical operation.
LCFI meeting 19 th August 2008 TESTING OF CPR2A Mirek Havranek, Peter Murray, Konstantin Stefanov, Stephen Thomas.
Gain stability and the LYSO beam radiation monitor measurements
1 Status Report on ADC LPC Clermont-Ferrand Laurent ROYER, Samuel MANEN.
1 Preparation to test the Versatile Link in a point to point configuration 1.Versatile Link WP 1.1: test the Versatile Link in a point to point (p2p) configuration.
Status of the PSD upgrade - Status of the PSD cooling and temperature stabilization system - MAPD gain monitoring system - PSD readout upgrade F.Guber,
Instrument Control Systems Seminar 2014, 20 th -24 th October 2014 Instrument Control Systems 2014 NGC controller Leander Mehrgan.
1 FANGS for BEAST J. Dingfelder, A. Eyring, Laura Mari, C. Marinas, D. Pohl University of Bonn
Digital Cameras A digital camera ( or digital) is a camera that takes video or still photographs, or both, digitally by recording images by an electronic.
FSP progress update & camera concept Contents: Mechanical structure System components CCD sensor and circuit examples Hybrid concept IIC concept and tasks.
Vigilant NetStream Series Overview 12/1/2011. Private & Confidential. Copyright Vigilant Technology 2007 Vigilant NetStream Series IP Cameras Video Encoders.
Analog Circuits Hiroyuki Murakami. CONTENTS Structure of analog circuits Development of wide linear range CSA system Problem of analog circuits How to.
What is the difference between PSD and CCD sensor technology?
Digital Light Sources First introduced in 2001.
A tool for Graphic Design
96-channel, 10-bit, 20 MSPS ADC board with Gb Ethernet optical output
NI-sbRIO BASED PLATFORM FOR REAL TIME SPECTROSCOPY
Front-end electronic system for large area photomultipliers readout
Introducing EVOLUTE™ series encoders
FEE Electronics progress
Eye Movement Tracking Device Senior Design Project: P09004
A tool for Graphic Design
Presentation transcript:

FPGA-Workshop FPGA-based Tomographycameras / Jülich Jörg Burmester, Jörn Plewka, Stephan Meyer-Loges HZG/TKE

2 FPGA-based Tomographycameras Tomography-Camera Setup setup tripod rotationsaxis probe optics 2 cameras movable mirror

3 FPGA-based Tomographycameras Some data: E2V CCD42-40 Ceramic AIMO Back Illuminated Compact Package High Performance CCD Sensor FEATURES 2048 by 2048 pixel format 13.5 µm² pixels Image area 27.6 x 27.6 mm Back Illuminated Full-frame operation Very low noise output amplifiers 100% active area

4 FPGA-based Tomographycameras high dynamic range 2 * 2 18 Bit A/D-converter framerate <2 fps integrated cooling system free programmable line-binning and -dumping Implementation of various algorithms for analysis free programmable timing and voltages different CCD-sensor adaptable HZG - high dynamic range camera

5 FPGA-based Tomographycameras E2V CCD42-40 adapter Chip cooling area Peltier elements CCD-Sensor adaption PCB thermal isolation watercooled heatsink (Cu) case gas atmosphere Camera head

6 FPGA-based Tomographycameras Trenz-Elektronik GigaBee board Spartan GBit Ethernet UDP power management ADC-channels MOS switches OP-amps peltier control unit board supervisory CCD - controller board

7 FPGA-based Tomographycameras System requirements different CCD-Sensors should be adaptable flexible CCD-Control a.) Timing b.) ROI c.) Summing d.) voltage level control high dynamic range => no noise !!!!!!!!!!!!!!!!!!!!! expensive sensors a.) advanced protection b.) supervisory and monitoring cooling system

8 FPGA-based Tomographycameras System concept main 32bit CPU MicroBlaze (switchable clock) APU - small, quick, quiet, flexible (CCD-Timing generator) sequencer – just quick (Digitizing) streaming and control via 1GBit Ethernet UDP (without CPU) in cooperation with HZDR analog integration method for calm signals at the ADC DA-converter controlled bias voltages fast drive and high current drive capability on CCD lines very special power supplies for the analog circuitry

9 FPGA-based Tomographycameras First picture

10 FPGA-based Tomographycameras Cooperation with the KIT for phase-contrast tomography setups

11 FPGA-based Tomographycameras High speed camera developed by the KIT Adaption and integration of the KIT camera Expansion with piezo-motor- control for phase-contrast setups and more..

12 FPGA-based Tomographycameras Piezo drive system Equipped with a capacitive measurement system that should be that precise It is not so easy to measure 1nm! Move 10 nanometers! Stop Take a picture … Renishaw linear absolute encoder ~ 1nm precision !?

13 FPGA-based Tomographiecameras Also a confocal measurement setup from µ-epsilon was tested with poor results 24h measurement position versus time and temperature in an isolated box

14 FPGA-based Tomographycameras No vibrations at the camera allowed! It‘s a try Without temperature stability all things become dynamic Cooling system

15 FPGA-based Tomographycameras Ulbricht light source mechanical aperture electronic shutter KIT camera temperature control Characterization setup noise versus temperature dynamic range linearity pattern noise saturation huge amount of pictures with various parameters have been taken Lots of data has to be reviewed and analysed

16 FPGA-based Tomographycameras a camera with high dynamic range has been developed characterization has to be finished high-speed KIT camera has been integrated data-analysis is in progress phase contrast setup is in development code from KIT and HZG has to be merged into the FPGA signatures on contract are still missing Thank you for your attention! Summary