- Purpose - Main sequences - Resources (manpower and GSE), including location -Main activities of the assembly and integration of the subsystems -Final.

Slides:



Advertisements
Similar presentations
CDR Feb 2006Mar 2008Dec 2009 Mar Design Study Preparatory Phase TDR tendering construction data taking governance legal entity pre-production.
Advertisements

Basic Overview of Project Management and Life Cycle ACES Presentation T. Gregory Guzik January 21, 2003.
MINER A NuMI MINER A DAQ Review 12 September 2005 D. Casper UC Irvine WBS7: Electronics and Data Acquisition  Overview (this talk): D. Casper  Front-end.
WBS & AO Controls Jason Chin, Don Gavel, Erik Johansson, Mark Reinig Design Meeting (Team meeting #10) Sept 17 th, 2007.
HK & LVPS for EUSO –TA / -Balloon G. Medina-Tanco, L. Santiago, H. Silva Lopez, F. Trillaud, C. Lopez, J. Rojas, A. De la Cruz, S. Guerrero, G. Leon.
End of phase A meeting CNES (Toulouse) 2/02/2012 Ph. Gorodetzky APC - Paris Diderot1 High Voltage power supplies HV Switches Design: J. Szabelski, J. Karcmarczyk,
- Grounding - Harness Shielding - PDM Electrical Architecture - DP Electrical Architecture EUSO-BALLOON DESIGN REVIEW, , CNES TOULOUSE Pierre.
EUSO-BALLOON CDR – Agenda (I). Internal interfaces overview Batteries and Low Voltage power Supplies PDM interfaces DP interfaces HK Interfaces List of.
LSU 01/18/2005Project Life Cycle1 The Project Life Cycle Project Management Unit, Lecture 2.
Yannick Geerebaert LLR Ecole Polytechnique CNRS IN2P3 Palaiseau France INGRID Meeting / March 2008 / France March 2008 status MPPC TEST LLR S.
- Software block schemes & diagrams - Communications protocols & data format - Conclusions EUSO-BALLOON DESIGN REVIEW, , CNES TOULOUSE F. S.
- Battery Pack Technical Specifications - Battery Pack Design Descriptions - Battery Pack Connection Diagram - Battery Pack Architecture EUSO-BALLOON DESIGN.
DESIGN OF THE HATCH OF THE INSTRUMENT BOOTH OF EUSO-BALLOON version v1.2 Writer : SYLVIE DAGORET- CAMPAGNE Final tests and Health tests1
IR CAMERA EUSO BALLOON JEM-EUSO Balloon CDR, CNES, Toulouse. December 18, 2012 José Santiago Pérez Cano. Orbital Aerospace, Madrid, Spain. Héctor Prieto,
Andrea Santangelo, Kepler Center-Tü Toulouse, February 2, 2012 “The Organization of the EUSO- Balloon mission” Andrea Santangelo * Kepler Center for Astro.
IMPRS June Space Research, in praxis, illustrated by a ground-based example The „Ozonometer“ as a student project.
PACS IBDR 27/28 February 2002 PACS DEC/MEC1 Detectors & Mechanisms Controllers (DEC/MEC) J.-M. Gillis Centre Spatial de Liège (B)
- Where are the entry points of the instrument - Physical External links - Overview of the External Interfaces - Status - Conclusion EUSO-BALLOON DESIGN.
Design Development Image credit:
Recommendation and actions EUSO EUSO-BALLOON FLIGHT REVIEW, , CNES TOULOUSE Guillaume Prévôt APC, Paris Wrap up previous actions.
- Recommendations status - PRR Review report: actions - Conclusion EUSO-BALLOON DESIGN REVIEW, , CNES TOULOUSE Guillaume Prévôt APC, Paris Status.
Dimensions of the PDM frame: 167mm x 167mm x 28.7mm.
PACS IIDR 01/02 Mar 2001 Instrument Interfaces1 PACS FPU Opto-mechanical Design Overview and Interfaces J. Schubert MPE.
PMF: front end board for the ATLAS Luminometer ALFA TWEPP 2008 – 19 th September 2008 Parallel Session B6 – Programmable logic, boards, crates and systems.
EC front unit status. Outline Conclusions from mechanical prototype and actions taken Status of electrical prototype KIT’s work for TA Dev plan (tests)
- Functional Requirements - Background - Examples of expected Signal Track - An “idea” of angular resolution EUSO-BALLOON DESIGN REVIEW, , CNES.
ASPERA-3 Apr. 25, 00 Monthly Status Report ASPERA Monthly Status ReportMonthly 4_25/ Page 1 Monthly Status Report Report due 4/25/00 Schedule statused.
The whole instrument Tests performed Conclusions EUSO-BALLOON, EUSO-BALLOON flight review 04/06/2014 P. Barrillon on behalf of the many hard workers involved.
The EC-UNIT P. Barrillon on behalf of JEM-EUSO collaboration EUSO-BALLOON Phase A review 2 nd February 2012, CNES, Toulouse.
The PDM-block M. Casolino on behalf of JEM-EUSO collaboration EUSO-BALLOON Phase A review 2 nd February 2012, CNES, Toulouse.
- Introduction - Procurement status - Main milestones EUSO-BALLOON DESIGN REVIEW, , CNES TOULOUSE Guillaume Prévôt APC, Paris Schedule.
Tariq J. Solaija, NCP Forward RPC EDR, Tariq Solaija Forward RPC EDR The Standard RPC for low  regions Tariq J. Solaija National Centre for.
E v3 aLIGO SEI Testing and Commissioning Overall Plan
- Timeslots for the EUSO-Balloon flight - The campaign organization DESIGN FLIGHT REVIEW, , CNES TOULOUSE Guillaume Prévôt APC, Paris, France.
L. Greiner1PXL Sensor and RDO review – 06/23/2010 STAR PXL Detector Sensor and RDO Review Introduction.
GLAST LAT ProjectFace to Face Managers Meeting 04/14/ Integration and Test 1 GLAST Large Area Telescope: I & T Input to Face to Face Managers.
EC_ASIC drawing (1) ASIC BASIC FASIC D 68 pi ns ASIC A 68 pi ns ASIC C ASIC E 120 pins ABCDEF 68 pi ns 68 pi ns 68 pi ns 68 pi ns.
THE PROJECT LIFE CYCLE PROJECT MANAGEMENT LIFE CYCLE LSU 01/18/2005 PROJECT LIFE CYCLE 1.
End of phase A meeting CNES (Toulouse) 2/02/2012 Ph. Gorodetzky APC - Paris Diderot1 Euso-balloon Lenses A)Design: - Alex Zuccaro (now at ESTEC) - Yoshiyuki.
AMS-RICH Detector. J. Berdugo – CIEMAT (Madrid, Spain) 1 AMS-02 Phase II Flight Safety Review AMS Ring Imaging CHerenkov PURPOSE: 1.Precise measurement.
HK-status. RS422 (diff) RS232 SPI Trigger rate Analog(V,T) >=4 Analog(V,T)
- Overview of the subsystems - The Photodetector Module and its components - The Data Processing and its components - The Power Pack - Summary of subsystems.
Solar Probe Plus A NASA Mission to Touch the Sun March 2015 Instrument Suite Name Presenter's Name.
Specifications Asic description Constraints Interface with PDM board Schedule Summary.
1 LHCb meeting Anatoli Konoplyannikov Introduction Which HV to be set before beam will come? Needed Constants PVSS data point type (DPT) format.
TRIO-CINEMA 1 UCB, 8/10/2010 CINEMA Project Update Thomas Immel UCB/SSL Space Sciences Laboratory University of California, Berkeley.
1 Calorimeters LED control LHCb CALO meeting Anatoli Konoplyannikov /ITEP/ Status of the calorimeters LV power supply and ECS control Status of.
Anomalies &/or differences with the configuration Explanations, analyzes, impacts Updates EUSO-BALLOON, Flight review 04/06/2014 Guillaume Prévôt (APC)
Understanding the data - a first off-line look Sylvie Dagoret-Campagne EUSO-BALLOON Analysis Meeting, October
Planning of the EUSO-BALLOON project Sylvie Dagoret-Campagne on behalf of the JEM-EUSO collaboration, EUSO-BALLOON project manager LAL/France EUSO BALLOON.
T HE PDM INTEGRATION P. Barrillon (LAL) & G. Prévôt (APC) On behalf of the PDM crew (Simon, Lech, Philippe, Sylvie B) EUSO-SPB/MiniEUSO progress meeting,
CSNSM SPACIROC S. Ahmad, P. Barrillon, S. Blin, S. Dagoret, F. Dulucq, C. de La Taille IN2P3-OMEGA LAL Orsay, France Y. Kawasaki - RIKEN,Japan I. Hirokazu.
Data Processor Status Hardware Giuseppe Osteria INFN Napoli Paris, October 12, 2012 Euso Balloon 8th progress meeting Giuseppe Osteria INFN Sezione di.
Michel DUPIEUX IRAP Progress Meeting LAL 02/03/ EC interface with PDM.
February 4 th, Quality assurance plan: production, installation and commissioning N.Vauthier TE-CRG Technical Review on Beam Screen Heater Electronics.
Pierre PRAT Progress the Michel DUPIEUX.
Specifications Asic description Constraints Interface with PDM board Planning Summary.
EC electronic status. Outline Reminders History EC-front unit status EC_ASIC status What next ? 2.
GLAST LAT ProjectACD CDR January 7 & 8, 2003 Section 8 EGSE, Performance Monitoring, Calibration 1 GLAST Large Area Telescope: AntiCoincidence Detector.
Introduction of the EUSO-BALLOON 9th Progress Meeting Naples, November the 9th, 2012 Guillaume Prévôt, Sylvie Dagoret and Peter von Ballmoos 1 EUSO-BALLOON,
P10203 LV1 MOTOR CONTROLLER FINAL REVIEW MAY 14, 2010 Electrical: Kory Williams, Adam Gillon, Oladipo Tokunboh Mechanical: Louis Shogry, Andrew Krall.
The EC-front development plan and planning S. Ahmad, P. Barrillon, D. Cuisy, S. Dagoret, P. Dinaucourt, R. Sliwa, JL. Socha EC design review – LAL – 1.
Off & On Shore Electronics overview KM3Net APC Paris 05 / 09 / 2012 Frédéric LOUIS.
WBS 1.03 Readout Systems Scope, Cost and Schedule
Agenda. Solar Probe Plus FIELDS Main Electronics Package iPER Agenda Feb 2, 2017.
Integration Plan for the
Integration and Test Organization Chart
Pierluigi Paolucci & Giovanni Polese
PSS verification and validation
<Your Team # > Your Team Name Here
Presentation transcript:

- Purpose - Main sequences - Resources (manpower and GSE), including location -Main activities of the assembly and integration of the subsystems -Final integration and tests EUSO-BALLOON DESIGN REVIEW, , CNES TOULOUSE Sylvie Dagoret-Campagne LAL, Orsay, Baptiste Mot, IRAP, Toulouse The EUSO-BALLOON AIT- Development plan 1

CDR – AIT Development plan and GSE2 EUSO-BALLOON, a Highly Modular instrument 4 subsystems : « electrical » (DP,PDM,DP) 1 mechanical, DP : 11 components (boards), PDM : 5 components (boards), PWP : 1 Each component under the responsibility (design, fabrication, procurement) of different laboratories world wide spread. Phase B  Phase C&D  Need AIT/AIV procedures Need resource evaluation Need time evaluation (planning)

Main sequences of Integrations CDR – AIT Development plan and GSE3 EC-Unit Integration: MATRA-LAL Electronic Integration: LAL Electronic Integration: LAL Data processing Integration: INFN-Naples Data processing Integration: INFN-Naples PDM integration: APC PDM integration: APC Optics Tests: RIKEN-JP/UAH- US tests Optics Tests: RIKEN-JP/UAH- US tests Full electronics intgration: APC Full electronics intgration: APC Instrument Integration: B.I.S CNES Instrument Integration: B.I.S CNES Mechanics assembly: B.I.S CNES Mechanics assembly: B.I.S CNES Final Tests: B.I.S CNES time

Manpower for AIT Full Instrument AIT :B. Mot/IRAP Mechanical AIT : G. Roudil/IRAP Electronic AIT : M Dupieux/IRAP Optical AIT : C. Catanalo/IRAP AQ AIT : TBD / IRAP CDR – AIT Development plan and GSE4 PDM-AIT : P. Barrillon/S. Dagoret /LAL H. Miyamoto/L AL S. Blin/LAL C. Moretto/LAL APC Team DP AIT : G. Osteria/INF N Naples- INFN Rome- INFN BARI-INFN IAAT- Tuebingen Full integration : Subsystem/ electronic integration : DP integration :

GSE-PDM AIT Development plan and GSE5CDR –

GSE-CAL AIT Development plan and GSE6CDR –

GSE-DP and GSE-Opt AIT Development plan and GSE7CDR –

Component Pre-assembly Componen t test EC-Unit HVPS EC-ASIC PDM-B Pre- Integration Assembly Integration Tests & Validation PAECM2 PAECM1 THV1 THV2 TECA2 TECA1 TPD1.. N TPD1.. N IEC1 IEC2 IEC3 IEL1 IEL2 AP 1 AP 2 AP 3 CAPH EEC1 TrigP DM CAKI EC1 CDR – AIT Development plan and GSE8 PDM AIT activities sequence

PDM AIT activities list AIT Development plan and GSE9CDR – Test namecomponentcommentdurationlocationwho component pre-assembly PAECM1MAPMT Photon collection efficiency and gain measurement for each channel1 month for 36 unitsAPCAPC & LAL PAECM2MAPMTSorting to fit an EC1 hourAPC THV1HVPScable reference THV2HVPSHV tuning (depending on PMT gains) APC Component Tests TECU1EC-Unit static test under HV, normal air pressure1 hourLAL TECU2EC-Unitstatic test under HV, low pressure12 hoursAPCLAL TECA1EC-ASICvisual inspection1 hourLAL TECA2EC-ASICelectronic test bench1 week for 6 unitsLAL TPD1PDM-B Electrical mechanical compatibilitie1 dayKoreaSKKU TPD2PDM-BPower supply tests1 dayKoreaSKKU TPD3PDM-BASIC configuration1 dayKoreaSKKU TPD4PDM-BASIC readoutTBDKoreaSKKU TPD5PDM-BTrigger functionality testsTBDKoreaSKKU TPD6PDM-BHVPS switch control testsTBDKoreaSKKU TPD7PDM-BDP (or CCB) interfacesTBDKoreaSKKU TPD8PDM-BHK logic and interface testsTBDKoreaSKKU Pre-Integration IEC1EC-Unit+HVPS static test under HV, normal air pressure1 hour per EC unitAPCAPC&LAL IEC2EC-Unit+HVPSstatistic test under HV, low pressure12 hour / EC-UnitAPCAPC&LAL IEC3EC-Unit+HVPS+EC-ASIClight on EC-Unit+ EC-ASIC red by Test-EC-ASIC 10 days assembly+15 days testsAPCAPC&LAL IEL1PDMPDM-B readout external computer LALAPC&LAL IEL2PDM+DPlink CCB+PDM-B1 weekLALAPC&LAL

PDM-AIT Activities list AIT Development plan and GSE10CDR – Test namecomponentcommentdurationlocationwho Assembly AP19 EC-Units+PDM-Frame mechanical integration and screwing1 dayAPCLAL AP2 9 EC-Units+6 EC-ASIC+PDM- Frame mechanical integration and screwing1 dayAPCLAL AP3 9 EC-Units+6 EC- ASIC+HVPS+PDM-Framecabling1 weekAPC AP4 9 EC-Units+6 EC- ASIC+HVPS+PDM-B+PDM- Frame mechanical integration and cabling1 weekAPCLAL Calibration CAPHEEC1 EC-Units+EC-ASIC Photon counting calibration (Test-EC- ASIC)3 weeksAPCAPC&LAL CAKIEC1 EC-Units+EC-ASIC KI channels calibration (Test-EC-ASIC)3 weeksAPCAPC&LAL Validation TrigPDM PDM + light source apply a fast moving light spotfew daysAPCAPC&LAL SWLOG PDM + light source apply a variable light sourcefew daysAPCAPC&LAL

DP-Activities sequence AIT Development plan and GSE11CDR –

DP-AIT Activities list AIT Development plan and GSE ID51212 Test namecomponentcommentdurationlocationwho ID1LVPS+HK+CPU 1-2 monthesNaples IAAT and INFN (NA-BA- Roma2) and Korea ID2LVPS+HK+CPU+GPS+CLKSPI tests ID3 LVPS+HK+CPU+GPS+CLK+C CB ID4 LVPS+HK+CPU+GPS+CLK+C CB CCB through SPI ID5 LVPS+HK+CPU+GPS+CLK+C CB CCB through Spacewire ID6 LVPS+HK+CPU+GPS+CLK+C CB+PDM-B … ID1 ID5 CDR –

Computer PDM board EC-ASIC board Power supply Logic analyzer NI(PC interface) Multimeter Charge injection EC-ASIC board ASIC PDM board AIT Development plan and GSE13 Pre-Integration EC-ASIC and PDM-B CDR –

PDM-B-DP Pre-Integration CDR – AIT Development plan and GSE14

EC-HV EC-DYNODE HVPS2 HVPS1 MAPMT EC-ANODE EC-ASIC PDM-B IR-CAM Batteries PWP LVPS-DP1 LVPS-DP2 LVPS-PDM LVPS-HK HK CCB CLKB GPSR CPU DST SIREN CNES Telemetry EXT Bat Controller TLS Sensors Motors SPACEWIRE /PCI EC-Front EC-Back DP INTERFACES TESTED UP TO NOW FOR HARDWARE DP PDM

Optical AIT Activities list AIT Development plan and GSE16 Test namecomponentcommentdurationlocationwho TOP1Lenses 1,2,3acceptance tests1 week/lensIKEGAMIRIKEN TOP2Lenses 1+2+3performances tests1 monthAlabamaUAH TOP3Lenses validation tests for integrated instrumentTBDCNESIRAP TOP 1TOP 2 CDR –

PWP Activities sequence AIT Development plan and GSE17CDR –

AIT Development plan and GSE18 Activities- Task forms All activities are referred by an acronym, Each activity is performed in a sequence of AIT-AIV of a subsystem of of the instrument They are tracked in activity forms by AIT managers Description : Component, Configuration, GSE, Task details, procedures, results Example of description of a task

Final AIT-AIV Resp : IRAP location : CNES 1.Overview of Integration Phases 2.Sequence of integrations 3.Global tests 4.Transport and flight campaign preparation 5.Flight campaign #1 AIT Development plan and GSE19CDR –

1.SEQUENCE FOR INTRUMENT INTEGRATION AIT Development plan and GSE20CDR –

2.GLOBAL TESTS AIT Development plan and GSE21CDR –

3. TRANSPORT AND FLIGHT-CAMPAIGN PREPARATION AIT Development plan and GSE22CDR –

Flight campaign #1 CDR – AIT Development plan and GSE23

CDR – AIT Development plan and GSE24 Conclusions Main phases of AIT identified : Subsystems Instrument (Final), Many activities identified for subsystem AIT and their component integration, Test procedures assessed, Some activities can be done in parallel, some in sequences. Merging points. Activities are inserted in a sequence of AIT of the subsystems, Types of activities: Component tests, pre-integration, assembly, integration, tests and validation, calibration. Resources in manpower for AIT distributed, location of the activities, including the management. Resources in GSE listed, Timing estimated, Activities follow-up: AIT-AIV will be controlled and tracked by the AIT managers using activities forms.