isabella pagano [email protected] milano, 14 dec 20101plato tous an update on plato tous...

Isabella [email protected]

Milano, 14 Dec 2010 1PLATO TOUs

An update on PLATO TOUs

PLATO System & TOU Teams meetingMilano, 14-15 Dec 2010

Milano, 14 Dec 2010 PLATO TOUs 2

Main Milestones (from SMP)

Start of Definition Phase with two parallel industrial contracts: Jul 2010

Down-selection for CV M1/M2 missions: Jun 2011

Completion of the Definition Phase (A/B1): Dec 2011

Final adoption for the Implementation Phase (B2/C/D/E1): Feb 2012

Start of the Implementation Phase: Jul 2012

Launch (L): 2018Milano, 14 Dec 2010 PLATO TOUs 3

Oct 2011Oct 2011

More details


16-17 Nov 2011 ??16-17 Nov 2011 ??

Feb 2012 ??Feb 2012 ??

Definition phase: a new start for the Consortium


PLATO MISSION MANAGEMENT PLATO MISSION MANAGEMENT

PLATO MISSION CONSORTIUMPLATO MISSION CONSORTIUMPMC

LEAD

PMC

LEADPMC

BOARD

PMC

BOARD

PAYLOADPAYLOADDATA

CENTER

DATA

CENTER

SCIENCE

PREPARATION

MANAGEMENT

SCIENCE

PREPARATION

MANAGEMENT

PROJECT

MANAGER

PROJECT

MANAGERPROJECT

SCIENTIST

PROJECT

SCIENTIST

SCIENCE TEAMSCIENCE TEAM

6 PMC MEMBERS

2 LEGACY SCIENTISTS

6 PMC MEMBERS

2 LEGACY SCIENTISTS SOCSOC

MANAGEMENT TEAMMANAGEMENT TEAMMOCMOC

ESA project team

End-to-end Simulator

W. Zima

PLATO PayloadManagement

PIPM: P. Bodin

PDCPDPM: L. Gizon

Instrument System CoordinatorP. Levacher

Science Coordination

H. Rauer

Target/field Characterization

G. Piotto

FU Coordination

S. Udry

Stellar Science M.J. Goupil

Exoplanet scienceD. Pollacco

TOUR. Ragazzoni

Fast DPUG. Peter

Normal DPUPh. Plasson

PLATO Mission Consortium Science Preparation Management

AlgorithmsR. Samadi

Mission management

AEU S. Fredon

ICUR. Cosentino

Prototype& FM AIVP. Levacher

main / ancillary databasesystem architecture

R. Burston

exoplanet analysis System

N. Walton

data processing implementation

I. Pardowitz

stellar analysis systemT. Appourchaux

Input CatalogueP. Giommi

Data Centre

Normal TOUR. Ragazzoni

Fast TOUW. Benz

Project Manager

Project Scientist Science Team- 6 PMC members- 2 Legacy Scientists

PMC Board

ancillary database content management

M. Deleuil

data analysis support tools

L. Gizon

FPA/FEED. Walton/M. Mas

Hardware & boot softwareM. Mas

Application softwarePh. Plasson

PMC Lead

C. Catala

Camera ManagementD. Laubier

DPS ManagementB. Pontet

Payload

SOC

data processing algorithmsR. Samadi

Additional Science W. Weiss

End-to-end Simulator

W. Zima


PIPM: P. Bodin

PDCPDPM: L. Gizon


Science Coordination

H. Rauer

Target/field Characterization

G. Piotto

FU Coordination

S. Udry

Stellar Science M.J. Goupil

Exoplanet scienceD. Pollacco

TOUR. Ragazzoni

Fast DPUG. Peter


Science Preparation Management

AlgorithmsR. Samadi

AEU S. Fredon

ICUR. Cosentino


main / ancillary databasesystem architecture

R. Burston

exoplanet analysis System

N. Walton

data processing implementation

I. Pardowitz

stellar analysis systemT. Appourchaux

Input CatalogueP. Giommi

Data Centre


Fast TOUW. Benz

ancillary database content management

M. Deleuil

data analysis support tools

L. Gizon






Payload

data processing algorithmsR. Samadi

Additional Science W. Weiss


PIPM: P. Bodin


TOUR. Ragazzoni

Fast DPUG. Peter


AlgorithmsR. Samadi

AEU S. Fredon

ICUR. Cosentino



Fast TOUW. Benz






Payload

PLATO Mission Consortium: Cameras

LESIA + MSSLMEU + FEE

DLR + MSSLF-DPU + F-FEE

Prototype AIV P. Levacher

Industrial contractCameras AIT

Structure

TelescopeOptical UnitR. Ragazzoni

FPA N+FStructure & AIVM Mas

CCD + FEE

D. Walton

CAMERASD. Laubier

AEU S. Fredon

TOU + FPATests

FM CameraCompl. Tests

Detectors

F-CCD + F FEE

CEA

F-FEE

N CCD+N FEE

F-CCD+F-FEETests & calibration

N-CCD+N-FEETests & calibration

System

CCD + FEE

Thermalsupport

PLATO Instrument Manager

P. Bodin

RAIVR. Pérez

PA/QP S. Mellé

CNES + MSSLFPA + AEU

MSSL/INTA FPA + FEE

CAMERA/System teamManager P. Levacher (LAM)Optical arch P. Bernardi (LESIA)Detection arch T. Buey (LESIA)Mechanical arch P. Vola (LAM)Thermal arch H. Pasquier (CNES)Electrical arch. S. Fredon (CNES)

TOUOptical tests

Coupling tests AIV R. Perez

FM AIVR. Perez

Structure

AIV

N-TOUR. Ragazzoni Management

Optics

straylight

F-TOUW. Benz

OMT

Thermal

AIV

GSE

AIV

GSE

Filters

OGSE

OGSE

Alternative F-FPA

LAMLESIA DLR INAF INTA MSSL Bern Univ.GEPI

Definition phaseTOU WBS


Definition Phase Plan

Validate technical critical points▪ Confirm no need for new development

▪ Demonstrate TRL > 5 at the end of the definition phase

▪ Confirm no critical aspects in the procurement and AIV schedule of the implementation phase

Allow fast transition to implementation phase


TOUs Specific Activities Study of spherical and aspherical lenses manufacturability

Validation of TOU AIV procedures at industrial level

CaF2 lens: handling, protection Coatings (thermal, filter, AR): performance and low temperature

Alignment at ambient temperature Assessment of performances in operational temperature environment Link between performances in operational and ambient environment

Thermal refocusing efficiency


PLATO Payload Schedule (DP)


1er trim 2010 2e trim 2010 3e trim 2010 4e trim 2010 1er trim 2011 2e trim 2011 3e trim 2011 4e trim 2011 1er trim 2012 2e trim 2012 3e trim 2012

N-FEE breadboard

F-FEE breadboard

N-AEU breadboard

CCD Prototypes

coupling&

Thermal test

LAM Cam Proto tests

TOU / N-FPA / N-FEE / NAEU

Feedback toTOU QM

TOU breadboard

TOU Design Definition

N-FEE Requirement Definition

F-FEE Requirement Definition

N-FPARequirement Definition N-FPA breadboard

N-AEURequirement Definition

FPA ProtoN-FEE BB/N-AEU BB

Feedback toFPA EM

Feedback toN-FEE EM

N-DPU /N-FEE

F-FEE / F-DPU

Feedback toMEU EM

Feedback toF-FEE EQMF-DPU EM

PIRR

CCD coupling Mock-up

mock-up CCD coupling

CCD

CCD mechanical model

CNEScoupling

N-coupling

N-F-coupling

coupling

MSSL coupling

TOU Prototype

CCDF-FEE

updated

N-FEE updated

N-FPA Prototype

Where we are

Contract to manufacture 6 spherical lenses: assigned

Procurement of GSE for breadboard AIT: ongoing

Contract for study of industrial production of (34x5) spherical and (34) aspherical lenses: ready to start

Contract for study of industrial AIV procedures: ready to start

Contract for support to perform alignment test (on – axis): ready start


Updated reference documents

16

TWIKITWIKI

Terminology / jargon

PIRR (Preliminary Instrument Requirement Review) May 2010

Breadboard (ready for tests to be done in time for the PIRR) 6 spherical lenses + dummy structure having the same thermal behavior as the final structure, using the same holders for the lenses as the final structure and having its end (at the I/F with the FP) equivalent in terms of opto-mechanical interfaces to the final structure

Prototype (after the PIRR) 1 aspherical + 5 spherical lenses + modified dummy structure


Agenda - 14 Dec 2010

OD: open issues (e.g., stop/L3) (D. Magrin, R. Ragazzoni)

TOU breadboard (Introduction by J. Farinato Discussion)

The way lens will be integrated in barrels for the breadboard

The detailed schedule for the breadboard CaF2 Verification tests Tolerance of the OD to thermal variation

(to agree a work plan) TOU prototype (after PIRR)


PRM#1 PRM#2 PRR SRR WPNov 2010 Jan 2011 Apr 2011 Oct 2011 221001 - PM

TOU implem. plan TOU implem. plan TOU implem. plan 221001 - PM

TOU cost docum. TOU cost docum. 221001 - PM

TOUs Manag Plan TOUs Manag Plan 221001 - PM

PA Plan PA Plan 221002 - PA

CADM Plan CADM Plan 221002 - PA

Preliminary Lists (Materials, Parts, Processes, Critical Items)

Preliminary Lists (Materials, Parts, Processes, Critical Items)

221002 - PA

RFDs RFDs 221002 - PA

Technical Report Technical Report 221100 - SE


isabella pagano [email protected] milano, 14 dec 20101plato tous an update on plato tous...

Documents

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plasson camera management

fredon tou

ragazzoni fast tou

levacher normal tou

samadi mission management

laubier dps management

plato tous5 slide