Work Package 9 Task 9.5: Granular Calorimeter Studies Infrastructure Felix Sefkow AIDA Kick-off Meeting CERN, February 17, 2011.

Work Package 9 Task 9.5:Granular Calorimeter Studies

Infrastructure

Felix Sefkow

AIDA Kick-off MeetingCERN, February 17, 2011

2

MC

WP 9.5: Calo Summary Felix Sefkow CERN,, Feb 17, 2011

Outline

• Proposal– Partners– Deliverables and Milestones– Description of work

• Sub-tasks

• Look ahead– fill it with life

• Meeting and reporting

3

MC


Proposal

• WP 9: Infrastructure for detector R&D, 2.6M out of 8M• Calorimetry 0.75M, cf EUDET: 1.99M of 7M total

• Much smaller budget, but still aim at integrating all active European partners

• Enlarged community: DHCAL effort grown after EUDET start

• AIDA is only a small part of CALICE and FCAL activities

• Proposal kept vage and general

4

MC


Partners

• CERN

• UCL - Louvin

• IPASCR - Prague

• CNRS– IPNL Lyon– LAL Orsay– LAPP Annecy– LLR Palaiseau– LPC Clemront– LPSC Grenoble

• DESY• UHEI (third party)

• MPG-MPP Munich• Wuppertal

• TAU Tel Aviv

• UIB Bergen

• AGHUST Kracow• IFJPAN Kracow

• CIEMAT Madrid (3rd p)18 groups, 10k/y

5

MC


Deliverables

• D 9.7: Integrated infrastructure for highly granular calorimeters– Due month 40 (May 2014), lead DESY

• D 9.9: Adequation of Geant 4 simulation of hadronic showers in different media (report)– Due month 46 (Nov 2014), lead DESY

• In WP 9.1, but probably requesting input: • D 9.8: Infrastructure performance and utilization (report)

– Due month 46 (Nov 14), lead CSIC

6

MC


Milestones

• MS 42 Gas system, control and bench structure– due month 24 (Jan 2013), lead CNRS-LAPP

• MS 43 3rd generation fast read-out chips – due month 30 (Jul 2013), lead CNRS-LAL

• MS 44 Multilayer tungsten structure with position control and monitoring for forward calorimeters– due month 30 (Jul 2013), lead DESY-Z

• MS 45 Calibration and power supply system– due month 36 (Jan 2014), lead UIB

• MS 46 Electromagnetic calorimeter of at least 18x18cm2 area– due month 36 (Jan 2014), lead CNRS-LLR

• MS 47 Multichannel readout ASICs for luminosity detector – due month 40 (May 2014), lead AGH-UST

7

MC


Description of Work

• Mechanical structure to place and move elements – CERN, DESY, UCL, CIEMAT

• Lumical structure, W radiator and ASICs– DESY, TAU, AGH-UST, IFJPAN

• ECAL extension of the EUDET module– IPASCR, CNRS-LAL, -LPSC, -LLR

• Hadronic structure with tungsten radiator and services– CERN, DESY, Wuppertal, MPG-MPP, IPASCR, CNRS-LAL, -IPNL, -

LAPP, -LPC, UIB, UCL, CIEMAT

8

MC


Sub-tasks

• ECAL: Daniel Jeans– LLR, LPSC, IPASCR

• AHCAL: Erika Garutti– CERN, DESY, MPG-MPP, IPASCR, UIB, Wuppertal

• DHCAL: Imad Laktineh– LAPP, IPNL, LPC, CIEMAT, UCL

• FCAL: Wolfgang Lohmann– CERN, DESY, AGH-UST, IFJPAN, TAU

• FEE: Nathalie Seguin-Moreau– LAL, UHEI

• TBM: Erik van der Kraaij– CERN, DESY, UCL, CIEMAT

9

MC


ECAL

R.Poeschl

10

MC


ECAL

11

MC


ECAL plans

12

MC


AHCAL

E.Garutti

13

MC


AHCAL

14

MC


AHCAL plans

15

MC


DHCAL

I.Laktineh

16

MC


DHCAL

17

MC


DHCAL plans

18

MC


DHCAL plans

19

MC


FCAL

20

MC


FCAL

21

MC


FCAL plans

22

AIDA Kick Off meeting: WP9.5 FEE

Second generation ASICs for EUDET

• Auto-trigger, analog storage, digitization and token-ring readout

• Power pulsing : <1 % duty cycle• Optimize commonalities within EUDET

(readout, DAQ…)• Dedicated run produced in March 2010

– 25 wafers received in June– 20 000 chips packaged in the US

FLC_PHY3(2003)

HARDROC2SDHCAL RPC64 ch 20 mm2

SKIROC2ECAL Si64 ch. 65 mm2

SPIROC2AHCAL SiPM36 ch 32 mm2

G.Martin

23


WP9.5: electronics readout

• 1st year: – Characterization of the 2nd generation ROC chips– Testbench/testbeam measurements

• Prototyping of the 3rd generation of ROC chips. • Main modifications:

– New Slow Control with I2C link• For all the ROC chips

– New digital part: • Independent channels (all chips ?)• Read-Out, BCID management • New TDC (step=1 ns, no dead time):

– For SKIROC3 and SPIROC3• New SCA:

– For SPIROC3 and SKIROC3• Circular memory for HARDROC3 ?

– Analog part• Preamp modifications for SPIROC3




24


MILESTONES and SCHEDULE• Milestones: Report in 30 months (August 2013)

• AIDA budget for 3rd generation of electronics: – 78 k€ (equipment) => 2 chip submissions (Hardroc3 and Spiroc3)– 30 ppm

• Cost:– Multi Project runs (MPW): 1k€/mm2– Packaging: $3500– Test-board: 1500 €

• Schedule– 1st chip : SPIROC3

• Submission March 2012• Reception June 2012 • 1 year for tests and report

– 2nd chip : HARDROC3• Submission March 2013• Reception June 2013• 1 year for tests




25

MC


TBM

E. van der Kraaij

26

MC


TBM plans

27

MC


Meetings

• The sub-task structure just reflects the more global LC R&D organization, no new structures

• Projects will be followed in CALICE and FCAL– technical meetings as necessary

• Expect AIDA annual meetings few months before reports– WP 9.5 parallel session

• Suggest regular task leader phone meetings to stay in touch– milestone reports

28

MC


Reporting

29

MC


Summary

• Excellent starting point from EUDET

• Transition ensured

• Clear project structure

• Tantalizing visions

• Let’s make it a success!

30

Back-upslides

31

MC


Budget

Work Package 9 Task 9.5: Granular Calorimeter Studies Infrastructure Felix Sefkow AIDA Kick-off Meeting CERN, February 17, 2011.

Documents

calo summary felix sefkow

kraaij cern

services cern

elements cern

dhcal slide

fcal slide

ecal slide

ciemat slide