1. X-Ray Endstation Systems (XES) 2006 Schedule
Stefan Moeller

2. Outline
Scope of X-Ray Endstation Systems (XES)
Layout
Milestones
Tasks and Plan for FY06
XES Detector program
Budget and Staffing
Summary

3. Scope and Goals
The X-Ray Endstation Systems (XES) group will create the infrastructure required for experimenters to make best scientific use of the LCLS radiation safely
XES will equip a complete instrument for Atomic Physics Experiments
Coordinate all safety related aspects for the user environment and the experiments

4. The Endstation Systems provide:
Infrastructure for LCLS Experiments:
Personnel protection systems (PPS)
Protect people from x-rays and lasers
Machine protection systems (MPS)
Protect machine from users
Network and computer support
Cables, networks, servers, data storage
Prototype Detector
New type of x-ray detector for LCLS experiments
Instrumentation for first Atomic Physics experiments:
AMOS chambers, sample handling, detectors, optics, etc
Beamline controls
Synchronized laser system
Installation and Commissioning:
Integration with rest of LCLS and with AP Station

5. Endstation Systems Location and Layout
FEE, NEH, XR Tunnel, FEH: Controls, Cabling, Network, PPS, MPS
NEH: AMO Instrument, Beam-line Controls, Laser, Mech./Vacuum
FEE
XR Tunnel
646 ft
NEH
FEH

6. Near Experimental Hall
The
Near Experimental Hall
Shops,
setup space
FEL beam
Experimental hutches
AMOP Hutch
Soft X-ray

7. AMOS Hutch Layout Hutch #1 in NEH Rough Conceptual Design Optics:
Focusing system
Laser system
(higher power)
Sample System
Chambers
(sample, diagnostics)
UHV system
Detectors
(e, ions, photons)
Diagnostics
(x rays, laser)

8. Far Experimental Hall Access Tunnel 19ft, ~300ft long Hutches 1,2,3
>30x30ft
X-Ray Tunnel
20ft
Control
Area 1
Control
Area 2
Control
Area 3
46ft
212ft

9. XES L3 Milestones Level 3 FY05 Complete 2D Detector Statement of Work
Award Initial R&D Funding for 2D Detector
FY06
Hire Atomic Physicist
Hire Detector Physicist
Design Review #1 for 2D Detector
Specification for Streak Camera
FY07
Design Review #2 for 2D Detector
Network Final Design Review
Beamline Control Final Design Review
Laser Final Design Review
Order Lasers
FY08
Start Installation in FEH
Laser Operating in NEH
Complete Beamline Controls
Complete Mech./Vacuum Installation
Complete Network and Cabling
Complete Acceptance Tests of Detectors
Complete Installation in NEH
First Atomic Physics Experiment

10. Task Summary for FY06
Staffing: Detector, Atomic, PPS Eng., Controls Eng., (Laser, ME)
Continue with 2D Detector R&D (01/6)
Design Review #1 for 2D Detector (02/06)
Start Streak Camera (MOU, TA) (02/06)
Design PPS, MPS (3/06)
PPS Design Review (5/06)
Start Design AMO Instrument (6/06)
Start Spec. Laser PPS and User safeguards (7/06)
Start Specification Network (7/06)
PDR Network Spec (9/06)
Start Specification Beamline Control (7/06)
PDR Beamline Controls Spec (1/07)

11. Status and Plan for FY06 Detector Physicist hired (2/06)
TA 06 for 2D Cornell Detector in place
Scheduled Design Review #1 for 2D Detector (Feb , 2006)
Start Streak Camera (MOU, TA in prep.)
Atomic Physicist hired (1/06)
Start with Specs, Design AMO Instrument (6/06)
PPS Engineer hired (1/06)
Starts PPS, MPS design in 2/06
Hire Controls Eng. (2/06)
Start Specification Network (7/06)
PDR Network Spec (9/06)
Start Specification Beamline Control (7/06)
PDR Beamline Controls Spec (1/07)
Hiring of Beamline Control Engineer/Network Engineer

12. 2D X-Ray Detector Program
LCLS presents detector challenges
Signal comes in large pulses (many photons)
Pulse rep rate at 120Hz
Dynamic range/ low noise
>requires significant R&D for new detectors
2D Pixel array detector at Cornell
Detector Specifications
MOU, TA

13. 2D Detector Development
Plan Overview
Time
1st year
2nd year
3rd year
4th year
Reviews/
Milestones
- Complete SOW
- Award initial
funding
early 2005
- Progress review
Feb
- Major review
early 2007
Decision to proceed with
final development
Fall 2007
- Acceptance tests
early 2009
Activity
- Design pixel
electronics
- Fabrication of small-
scale test chips
- Continue R&D of
pixel electronics
of small-scale fab
Optimize design of small-
scale fab
- Design and fab of large-
scale detector chips
Design and build of
readout electronics
- Development,
fabrication and
delivery of final
detector system

14. 2D Detector Status: Tasks 2005: Develop basic pixel electronics
Submit small scale fab run for test chips
All tasks completed, on schedule
Tasks 2006:
Test, design, fabricate, improve pixel electronics using small scale fabrications
Submit 1 full lot-scale fab
End of 2nd year: Major Design Review
Plan and task break down for 06 has been set up
TA 06 signed and funding has been awarded

15. LCLS Detector Advisory Committee (LDAC)
Advises and reviews LCLS and LUSI detector development projects
Meets regularly (1st. Meeting Febr./March ’05)
2nd. Meeting 9-10 February, 2006
Members:
G. Derbyshire (Rutherford Appleton Lab.) (Chair)
L. Strueder (MPI Extraterrestrische Physik, Garching)
E. Eikenberry (Paul-Scherrer-Institut, SLS)
Y. Amemiya (Univ. Tokyo)
E. Heijne (CERN)
A. Walenta (Univ. Siegen)

17. Budgeted Cost of Work Scheduled (BCWS)

18. FTEs

19. XES Critical Path (PPS System)
ready
1st Light thru
Undulator

20. Principal Subdivisions and Staffing
Photon System Manager
J. Arthur
X-Ray Transport
&Diagnostics
R. Bionta
Science Advice
J. Hastings
Endstation Systems
S. Moeller
Project Planning
J. Scholes
Controls
Bob Dalesio
Mike Saleski (PPS)
+7 people
Mechanical,
Vacuum
2 people
Lasers
2 people
Detectors
Niels van Bakel
Atomic Physics
John Bozek
+1 person

21. Summary XES is staffing up rapidly according to plan
Hired Atomic Physicist, Detector Engineer
Hired PPS Engineer (shared with Electron Systems)
Hired Controls Engineer, (Network, Beamline Controls)
Start detailed design of AMOS Instrument
Start with Controls design (PPS, Network)
Continue 2D Detector program with Cornell
Start Streak Camera project with LBL
Coordinate with AMOS working group and LUSI
Develop Installation and Commissioning Plan