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R. Corsini, CLIC Project Meeting - 24 th May 2013 CTF3 1 CTF3: Highlights of the 1 st run R. Corsini for the CTF3 Team 1.

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Presentation on theme: "R. Corsini, CLIC Project Meeting - 24 th May 2013 CTF3 1 CTF3: Highlights of the 1 st run R. Corsini for the CTF3 Team 1."— Presentation transcript:

1 R. Corsini, CLIC Project Meeting - 24 th May 2013 CTF3 1 CTF3: Highlights of the 1 st run R. Corsini for the CTF3 Team 1

2 R. Corsini, CLIC Project Meeting - 24 th May 2013 CTF3 2 Drive Beam generation Routine operation of factor 8 in the last few weeks (25 - 26 A). Still limited to 2 TWTs, with one at about ½ of nominal power. Still need improvements on emittance/stability (hopefully easier with 2 (3) full TWTs). Two Beam Test Stand Structures to about nominal CLIC power. Wakefield monitors commissioned and measured, in the presence of X-band RF power. TBL Deceleration to about 35% of a 22 – 24 A beam. Commissioning and measurements of CLIC drive beam stripline BPM prototype. CALIFES Commissioning and measurements of CLIC main beam BPM prototype. First results from Electro-Optical (EO) bunch length monitor, bunch compression tests. Beam-Loading experiment in dog-leg Beam line commissioning with beam and first RF measurements. Drive Beam phase feed-forward Full commissioning of phase monitors, measured resolution, good indication on bandwidth. First tests with FONT5 electronics. Highlights

3 R. Corsini, CLIC Project Meeting - 24 th May 2013 CTF3 3 Beam recombination Factor 8 Routine operation of factor 8 in the last few weeks. Still limited to 2 TWTs One TWTs slowly failing – oscillating around about ½ of nominal power By switching the two TWT, managed to find good operating point, with performance slightly better than last year’s Still need some improvement (stability, emittance) – should be able to get back 2 fully operational TWTs at the restart, plus a 3 rd before the end of the run. Emittance Best results in CLEX for factor 4:  H = 170 um  V = 120 um for factor 8:  H = 550 um  V = 170 um Different turns are ~ ok, no unknown effects Emittance increase due to non perfect orbit Emittance Best results in CLEX for factor 4:  H = 170 um  V = 120 um for factor 8:  H = 550 um  V = 170 um Different turns are ~ ok, no unknown effects Emittance increase due to non perfect orbit Drive Beam Generation 2013 Goals  H =  V ≅ 150 um for factor 8 charge stability  Q ≈ 10 -3 2013 Goals  H =  V ≅ 150 um for factor 8 charge stability  Q ≈ 10 -3 End 2012 1 st run 2013 1 st run 2013

4 R. Corsini, CLIC Project Meeting - 24 th May 2013 CTF3 4 Injector feedback – use phase and waveguide (bunch length) signals to feed back on phase of MKS2 and MKS3 and stabilize injector Drive Beam Generation - feedbacks Beam phase after MKS2 Waveguide (bunch length) signal after MKS2 & MKS3 L. Malina, P. Skowronski Beam phase after MKS3 Beam current after injector chicane

5 R. Corsini, CLIC Project Meeting - 24 th May 2013 CTF3 5 TBTS – Present configuration Two new Structures (TD24 type) installed Equipped with wake-field monitors Two new Structures (TD24 type) installed Equipped with wake-field monitors TD24 with wake-field monitors CEA IRFU - Saclay

6 R. Corsini, CLIC Project Meeting - 24 th May 2013 CTF3 6 Flange with Wakefield monitor feedthroughs Accelerating structure support Vacuum tank support RF cables for WFM signals with a particular shape for mounting and best fitting Quantity: 16 Same length: 900 mm Vacuum compatible (Stainless steel / SiO) Accelerating structure n°1 Vacuum tank Vacuum valve Accelerating structure n°2 Probe beam RF input and output waveguides CEA IRFU - Saclay DVG385y_ACSup 8.12 A4.5391 mm 8.13 A4.5623 mm ⇨ 25 um DVG385y_ACSup 8.12 A4.5391 mm 8.13 A4.5623 mm ⇨ 25 um TBTS – Present configuration 2013 Goal Full characterization of WF monitor, with high power in fundamental mode 2013 Goal Full characterization of WF monitor, with high power in fundamental mode

7 R. Corsini, CLIC Project Meeting - 24 th May 2013 CTF3 7 W. Farabolini WFM signals No probe Beam Drive Beam No RF power WFM signals No probe Beam Drive Beam No RF power WFM signals No probe Beam Drive Beam RF power WFM signals No probe Beam Drive Beam RF power WFM signals Probe Beam No Drive Beam No RF power WFM signals Probe Beam No Drive Beam No RF power WFM signals Probe Beam Drive Beam No RF power WFM signals Probe Beam Drive Beam No RF power WF Monitor with Drive Beam – RF in fundamental mode WFM signals Probe Beam Drive Beam RF power WFM signals Probe Beam Drive Beam RF power

8 R. Corsini, CLIC Project Meeting - 24 th May 2013 CTF3 8 Test Beam Line 2012: Reached about 30% deceleration (18 A beam) 2012: Reached about 30% deceleration (18 A beam) Potential to exceed 40% 2013 Goal

9 R. Corsini, CLIC Project Meeting - 24 th May 2013 CTF3 9 2013 1 st run: 35% deceleration (22 A beam) 2013 1 st run: 35% deceleration (22 A beam) 2013 Goal R. Lillenstol, S. Doebert Quad scan Downstream end of TBL Quad scan Downstream end of TBL

10 R. Corsini, CLIC Project Meeting - 24 th May 2013 CTF3 10 Unloaded Loaded (CLIC) Increasing current Gradient along the structure CLEX LINAC DELAY LOOP COMBINER RING BL - BDR experiment Beam loading reduces field locally in the structure ⇨ is it the break-down rate lower (or higher)? CLEX probe beam has only limited current/pulse length, CLEX Drive beam has limited rep rate ⇨ use CTF3 drive beam and klystron driven X-band structure Reactivate the old ‘30 GHz PETS’ line, 1 A DB current, can reach 50 Hz Measure BDR with/without beam to get a direct comparison Experiment on the effect of Beam-Loading on BD rate Average gradient 100 MV/m Drive beam, 1-3A, 100-50 MeV  50 mm circular waveguide RF T24 structure installed in CTF3 2013 Goals Beam set-up, transport, RF signals check After summer shut-down: structure conditioning with klystron, break-down rate measurements 2013 Goals Beam set-up, transport, RF signals check After summer shut-down: structure conditioning with klystron, break-down rate measurements 2013 1 st run: Beam line commissioning with beam (1 A) and first measurements of produced RF power 2013 1 st run: Beam line commissioning with beam (1 A) and first measurements of produced RF power J.L. Navarro, F. Tecker

11 R. Corsini, CLIC Project Meeting - 24 th May 2013 CTF3 11 Phase monitor (INF-LNF, EuCARD) Final values for phase monitors looks good. Around 0.08 degrees (12 GHz) per 1 mm vertical offset in monitor 3, 0.05 degrees for monitor 1. Comparison with existing monitors Commissioning of INFN Phase monitors 2013 2 nd run Goals Summer shut-down: installation of kickers/amplifiers Autumn: first feed-forward tests 2013 2 nd run Goals Summer shut-down: installation of kickers/amplifiers Autumn: first feed-forward tests

12 R. Corsini, CLIC Project Meeting - 24 th May 2013 CTF3 12 P. Skorwonski, A. Andersson, E. Ikarios Full commissioning of phase monitors, measured resolution, good indication on bandwidth. First tests with FONT5 electronics. Ready for 2 nd phase. Time Response of Phase Monitors Energy step Phase switches Phase feed-forward Commissioning of INFN Phase monitors Phase feed-forward Commissioning of INFN Phase monitors

13 R. Corsini, CLIC Project Meeting - 24 th May 2013 CTF3 13 CTF3 as diagnostics test bed Stripline Drive Beam BPM in TBL (CERN-LAPP) Cavity Main Beam BPM in CALIFES/TBTS (CERN-JAI at Royal Holloway) Electro-optic bunch profile monitor in CALIFES (CERN-Dundee University) 2013 Goals R. Pan, T. Lefebre

14 R. Corsini, CLIC Project Meeting - 24 th May 2013 CTF3 14 F. Cullinan, J. Towner, W. Farabolini, M. Wendt… Cavity Main Beam BPM in CALIFES/TBTS

15 R. Corsini, CLIC Project Meeting - 24 th May 2013 CTF3 15 Milestones 2013 TBTS Beam Loading experiment TBL DB Phase Feed-Forward CTF3 Drive Beam generation & operation   H =  V ≅ 150 um for factor 8  Charge stability  Q ≈ 10 -3 for factor 8  Beam diagnostics experiments (DB and MB BPMs, EO bunch length monitor)  Full conditioning and break-down rate measurements of TD24 structures - characterization of WF monitor, with high power in fundamental mode  Prove power production with correct pulse shape for beam loading compensation of probe beam  Prepare for installation and commissioning of first module  Deceleration beyond 40%  TBL+, get at least on new PETS constructed and installed with ON/OFF mechanism.  Full characterization of monitors  Summer shut-down: installation of kickers/amplifiers  Autumn: first feed-forward tests  1 st phase: commissioning with beam  Start 2 nd phase, RF conditioning and BDR measurements THANKS TO ALL THE CTF3 CREW! (operation team, technical support & external collaborators) THANKS TO ALL THE CTF3 CREW! (operation team, technical support & external collaborators)

16 R. Corsini, CLIC Project Meeting - 24 th May 2013 CTF3 16

17 R. Corsini, CLIC Project Meeting - 24 th May 2013 CTF3 17

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