Presentation is loading. Please wait.

Presentation is loading. Please wait.

Feedback On Nanosecond Timescales (FONT): Robert Apsimon, Philip Burrows, Neven Blaskovic, Douglas Bett, Glenn Christian, Michael Davis, Davide Gamba,

Published byTabitha Jenkins Modified over 8 years ago

Similar presentations

Presentation on theme: "Feedback On Nanosecond Timescales (FONT): Robert Apsimon, Philip Burrows, Neven Blaskovic, Douglas Bett, Glenn Christian, Michael Davis, Davide Gamba,"— Presentation transcript:

1 Feedback On Nanosecond Timescales (FONT): Robert Apsimon, Philip Burrows, Neven Blaskovic, Douglas Bett, Glenn Christian, Michael Davis, Davide Gamba, Alexander Gerbershagen, Young Im Kim, Colin Perry, Jack Roberts John Adams Institute Oxford University Beam feedback and phase FF 1

2 Oxford k-contract WP1: design of FB and control systems 17 + 21 staff months + £58k WP2: design of FF systems 23 + 33 staff months + £165k WP3: design of laserwire systems 6 + 12 staff months + £21k Total:46 + 66 staff months + £244k Key:UK, CERN 2

3 WP3: design of laserwire Laser Wire Scanner for Profile Measurements on the CLIC Drive Beam - PETRA Exploitation of LWS facility at PETRA 3 in DESY Design a laser wire scanner system adapted to the Drive Beam requirement (2.4GeV, 20um resolution) Implement an electro-optically driven fast scanning system by shipping out a mode-locked laser system from RHUL to DESY and validate the concept of fast scanning for Drive Beam trains as long as 140us Laser Wire Scanner for Profile Measurements on the CLIC Main Beam – ATF2 Exploitation of LWS facility at ATF2: Use nearby BPM and subtract beam position jitter form the LWS scans Design of the CLIC MB Laser Wire at different beam energies along the complex (2.4GeV, 9GeV, 1.5TeV) - Study the different detection scheme and laser system implications Fibre laser developments for cost reduction and implementation in CLIC infrastructure In close relation with industry, follow and test the performance of fibre lasers in term of beam quality and laser power. Test of high power fibre laser in the accelerator environment (ATF2) Define the implementation of laser system for LWS in CLIC Complex (Drive beam and Main beam) 3

4 WP1: FB and control Simulation, design and prototyping of IP (and interface with related BDS) beam steering feedback systems for luminosity stabilisation and optimisation at CLIC. Integration of components within Machine Detector Interface (MDI) design. Completion of the ATF2 prototype systems as part of the ATF2 collaboration goals of 37nm beam size and nm- level beam stabilisation. Bench testing of relevant components for CLIC prototypes, and exploration of the possibility of beam tests of prototype components at CTF3. Provision of feedback system parameters for modeling the integrated performance of feedback and feed-forward systems in the global CLIC design. 4

5 WP1: FB and control Simulation, design and prototyping of IP (and interface with related BDS) beam steering feedback systems for luminosity stabilisation and optimisation at CLIC. Integration of components within Machine Detector Interface (MDI) design. Completion of the ATF2 prototype systems as part of the ATF2 collaboration goals of 37nm beam size and nm- level beam stabilisation. Bench testing of relevant components for CLIC prototypes, and exploration of the possibility of beam tests of prototype components at CTF3. Provision of feedback system parameters for modeling the integrated performance of feedback and feed-forward systems in the global CLIC design. 5

6 WP1: FB and control Simulation, design and prototyping of IP (and interface with related BDS) beam steering feedback systems for luminosity stabilisation and optimisation at CLIC. Integration of components within Machine Detector Interface (MDI) design. Completion of the ATF2 prototype systems as part of the ATF2 collaboration goals of 37nm beam size and nm- level beam stabilisation. Bench testing of relevant components for CLIC prototypes, and exploration of the possibility of beam tests of prototype components at CTF3. Provision of feedback system parameters for modeling the integrated performance of feedback and feed-forward systems in the global CLIC design. 6

7 CLIC Final Doublet Region 7

8 8

9 9

10 WP1: FB and control Simulation, design and prototyping of IP (and interface with related BDS) beam steering feedback systems for luminosity stabilisation and optimisation at CLIC. Integration of components within Machine Detector Interface (MDI) design. Completion of the ATF2 prototype systems as part of the ATF2 collaboration goals of 37nm beam size and nm- level beam stabilisation. Bench testing of relevant components for CLIC prototypes, and exploration of the possibility of beam tests of prototype components at CTF3. Provision of feedback system parameters for modeling the integrated performance of feedback and feed-forward systems in the global CLIC design. 10

11 CLIC IP FB model 11

12 CLIC IP FB performance Single random seed of ground motion (Model C): beam tracked through whole CLIC complex 12 Many seeds of ground motion, and Models A, B, C, K:

13 IP FB documented in CDR 3.6 Machine-Detector Interface (p. 167) 3.8 Integrated simulations on low-emittance preservation (p. 191) 5.12 Machine-Detector Interface (p. 552) 5.15 Real-time feedback equipment (p. 583) 13

14 WP1: FB and control Simulation, design and prototyping of IP (and interface with related BDS) beam steering feedback systems for luminosity stabilisation and optimisation at CLIC. Integration of components within Machine Detector Interface (MDI) design. Completion of the ATF2 prototype systems as part of the ATF2 collaboration goals of 37nm beam size and nm- level beam stabilisation. Bench testing of relevant components for CLIC prototypes, and exploration of the possibility of beam tests of prototype components at CTF3. Provision of feedback system parameters for modeling the integrated performance of feedback and feed-forward systems in the global CLIC design. 14

15 FONT5 installation at ATF2 ATF2 extraction line 15

16 FONT5 operation at ATF2 16 Aim to stabilise beam in IP region using 2-bunch spill: 1. Upstream FB: monitor beam at IP 2. Feed-forward from upstream BPMs  IP kicker 3. Local IP FB using IPBPM signal and IP kicker 16

17 Upstream FONT5 System Analogue Front-end BPM processor FPGA-based digital processor Kicker drive amplifier Stripline BPM with mover system Strip-line kicker Beam BPM Resolution < 350nm Dynamic range of the BPM system+/-500μm System Latency<150 ns Amplifier Bandwidth~30 MHz 17

18 Interaction Point FONT System Analogue Front-end BPM processor FPGA-based digital processor Kicker drive amplifier Strip-line kicker Designed in house 12.5 cm stripline kicker Based on ATF stripline BPMs Beam Cavity BPM 18

19 ATF2 beam stabilisation results 1.Upstream FB: beam stabilised at IP to ~ 300 nm 2. Feed-forward: beam stabilised at IP to ~ 106 nm 3. IP FB: beam stabilised at IP to ~ 93 nm Getting interesting! (i.e. hard) 19

20 Upstream FB (Measured at IPB) FB Off Jitter: 0.35 ± 0.02 μm FB On Jitter: 0.30 ± 0.01 μm FB Off Correlation: 79% FB On Correlation: 14% 20

21 Feedforward Results FF Off Jitter: 160 ± 10 nm FF On Jitter: 106 ± 10 nm FF Off Correlation: 73% FF On Correlation: 23% 21

22 IP Feedback Results FB Off Jitter: 170 ± 10 nm FB On Jitter: 93 ± 4 nm FB Off Correlation: 81% FB On Correlation: -16% 22

23 WP1: FB and control Simulation, design and prototyping of IP (and interface with related BDS) beam steering feedback systems for luminosity stabilisation and optimisation at CLIC. Integration of components within Machine Detector Interface (MDI) design. Completion of the ATF2 prototype systems as part of the ATF2 collaboration goals of 37nm beam size and nm- level beam stabilisation. Bench testing of relevant components for CLIC prototypes, and exploration of the possibility of beam tests of prototype components at CTF3. Provision of feedback system parameters for modeling the integrated performance of feedback and feed-forward systems in the global CLIC design. 23

24 Future work proposal Optimisation of the performance of ATF2 feedback systems as part of the ATF2 collaboration goals of 37nm beam size and nm-level beam stabilisation. Optimised design of CLIC IP (and interface with related BDS) beam steering feedback systems for luminosity stabilisation and optimisation. Integration of component designs within Machine Detector Interface (MDI) design. Where relevant, bench testing of prototypes: drive amplifiers, signal processors, feedback boards. Beam tests of prototype systems at ATF2 and CTF3. With task 2.1: simulation of the integrated performance of feedback (and feed-forward) systems in the global CLIC design. 24

25 Future work proposal (1) Optimisation of the performance of ATF2 feedback systems as part of the ATF2 collaboration goals of 37nm beam size and nm-level beam stabilisation: Tuning shifts at ATF2 (tuning tools – Rogelio et al) Commission new IP chamber (with LAL, KNU, KEK) Understand new C-band cavity BPMs + signal processors Implement new BPMs into IP FB loop Push beam stabilisation 100nm  10nm (  1nm??) 25

26 Future work proposal (2) Optimised design of CLIC IP (and interface with related BDS) beam steering feedback systems for luminosity stabilisation and optimisation. Integration of component designs within Machine Detector Interface (MDI) design. More realistically-engineered design: Radiation hardness of electronics (evaluation of backgrounds) Cabling + shielding RF interference Larger L* would require a complete re-design 26

27 Future work proposal (3) Where relevant, bench testing of prototypes: drive amplifiers, signal processors, feedback boards. Beam tests of prototype systems at ATF2 and CTF3. With task 2.1: simulation of the integrated performance of feedback (and feed-forward) systems in the global CLIC design. 27

28 Future proposed FB resources Faculty: Burrows, Christian Electronic engineer: Perry Postdoc: Vice Bett (working jointly on phase feed-forward) Existing student: Blaskovic New student:TBD 28

29 WP2: drive beam phase FF Simulation, design and prototyping of components for feed- forward systems for correcting phase instabilities in the CLIC drive beam. Integration of components within CLIC drive beam design. Liaison and coordination with collaborators working on related systems, in particular the phase monitors and kickers. Development and bench testing of relevant prototypes and components, in particular for the high-power kicker drive amplifiers. Study for possible beam tests of prototypes at CTF3. 29

30 WP2: drive beam phase FF Simulation, design and prototyping of components for feed- forward systems for correcting phase instabilities in the CLIC drive beam. Integration of components within CLIC drive beam design. Liaison and coordination with collaborators working on related systems, in particular the phase monitors and kickers. Development and bench testing of relevant prototypes and components, in particular for the high-power kicker drive amplifiers. Study for possible beam tests of prototypes at CTF3. 30

31 WP2: drive beam phase FF Simulation, design and prototyping of components for feed- forward systems for correcting phase instabilities in the CLIC drive beam. Integration of components within CLIC drive beam design. Liaison and coordination with collaborators working on related systems, in particular the phase monitors and kickers. Development and bench testing of relevant prototypes and components, in particular for the high-power kicker drive amplifiers. Study for possible beam tests of prototypes at CTF3. 31

32 Phase FF documented in CDR 4.3 Beam transport (p. 250) 5.15 Real-time feedback equipment (p. 585) 32

33 WP2: drive beam phase FF Simulation, design and prototyping of components for feed- forward systems for correcting phase instabilities in the CLIC drive beam. Integration of components within CLIC drive beam design. Liaison and coordination with collaborators working on related systems, in particular the phase monitors and kickers. Development and bench testing of relevant prototypes and components, in particular for the high-power kicker drive amplifiers. Study for possible beam tests of prototypes at CTF3. 33

34 WP2: drive beam phase FF Simulation, design and prototyping of components for feed- forward systems for correcting phase instabilities in the CLIC drive beam. Integration of components within CLIC drive beam design. Liaison and coordination with collaborators working on related systems, in particular the phase monitors and kickers. Development and bench testing of relevant prototypes and components, in particular for the high-power kicker drive amplifiers. Study for possible beam tests of prototypes at CTF3. 34

35 WP2: drive beam phase FF Simulation, design and prototyping of components for feed- forward systems for correcting phase instabilities in the CLIC drive beam. Integration of components within CLIC drive beam design. Liaison and coordination with collaborators working on related systems, in particular the phase monitors and kickers. Development and bench testing of relevant prototypes and components, in particular for the high-power kicker drive amplifiers. Study for possible beam tests of prototypes at CTF3. 35

36 Future work proposal Develop feedback boards and amplifiers for CTF3 phase feed-forward prototype system. Commission CTF3 prototype feed-forward system with beam. With beam experience, optimise component design and test modified components. Apply experience gained from CTF3 prototype to CLIC drive beam design, including performance simulations. 36

37 Future proposed FF resources Faculty: Burrows, Christian Electronic engineer: Perry Postdoc: Vice Bett (working jointly on beam feed-back) Existing students: Roberts, Gamba New student:TBD 37

38 Oxford resources (1/4/11-31/3/14) Oxford-k CERN-k actual Staff effort (months):46 66163 Burrows, Christian 54 Christian, Kim, Bett, Corner, Nevay 73 Perry 36 PhD students (months): Apsimon, Bett, Davis, Blaskovic102 Gerbershagen, Roberts, Gamba 57 Materials + travel (k£): 0 244 465 38

Download ppt "Feedback On Nanosecond Timescales (FONT): Robert Apsimon, Philip Burrows, Neven Blaskovic, Douglas Bett, Glenn Christian, Michael Davis, Davide Gamba,"

Similar presentations

ATF2: Status Update Glenn Christian (on behalf of FONT group) 10 th ATF Project Meeting.

ATF2: Status Update Glenn Christian (on behalf of FONT group) 10 th ATF Project Meeting.
P.N. Burrows ATF2 Project Meeting, KEK, 14/12/091 Feedback On Nanosecond Timescales Philip Burrows Glenn Christian Hamid Dabiri Khah Javier Resta Lopez.

P.N. Burrows ATF2 Project Meeting, KEK, 14/12/091 Feedback On Nanosecond Timescales Philip Burrows Glenn Christian Hamid Dabiri Khah Javier Resta Lopez.
Nick Walker KEK-DESY meeting 7 th March 2005.

Nick Walker KEK-DESY meeting 7 th March 2005.
Philip Burrows CLIC MDI Meeting 6/11/091 Design issues for IP intra-train feedback Philip Burrows John Adams Institute Oxford University.

Philip Burrows CLIC MDI Meeting 6/11/091 Design issues for IP intra-train feedback Philip Burrows John Adams Institute Oxford University.
ATF2 FB/FF layout Javier Resta Lopez (JAI, Oxford University) for the FONT project group FONT meeting January 11, 2007.

ATF2 FB/FF layout Javier Resta Lopez (JAI, Oxford University) for the FONT project group FONT meeting January 11, 2007.
Philip Burrows LCABD Meeting, RHUL 12/04/07 WP7: Beam feedback and control systems Philip Burrows John Adams Institute Oxford University.

Philip Burrows LCABD Meeting, RHUL 12/04/07 WP7: Beam feedback and control systems Philip Burrows John Adams Institute Oxford University.
P.N. Burrows ATF2 Project Meeting, KEK, 18/12/061 Philip Burrows John Adams Institute Oxford University LCABD 2007-10 ATF / ATF2 ESA Miscellaneous FONT.

P.N. Burrows ATF2 Project Meeting, KEK, 18/12/061 Philip Burrows John Adams Institute Oxford University LCABD ATF / ATF2 ESA Miscellaneous FONT.
European Design Study Towards a TeV Linear Collider WP 2 : Beam Delivery System Co-ordinator: Deepa Angal-Kalinin CCLRC, Daresbury Laboratory.

European Design Study Towards a TeV Linear Collider WP 2 : Beam Delivery System Co-ordinator: Deepa Angal-Kalinin CCLRC, Daresbury Laboratory.
P.N. Burrows GDE/MDI Vancouver 19/7/06 (T-488) Philip Burrows John Adams Institute Oxford University EM Background Tests of Feedback BPM.

P.N. Burrows GDE/MDI Vancouver 19/7/06 (T-488) Philip Burrows John Adams Institute Oxford University EM Background Tests of Feedback BPM.
P.N. Burrows BDS/MDI, LCWS08 Chicago, 17/11/081 Beam-based feedback for LC ILC luminosity goal 10**34 / cm**2 / s 3000 or 6000 bunches, spacing 150 - 300ns.

P.N. Burrows BDS/MDI, LCWS08 Chicago, 17/11/081 Beam-based feedback for LC ILC luminosity goal 10**34 / cm**2 / s 3000 or 6000 bunches, spacing ns.
Feed forward orbit corrections for the CLIC RTML R. Apsimon, A. Latina.

Feed forward orbit corrections for the CLIC RTML R. Apsimon, A. Latina.
-brief report of October runs and some inputs for the Nov/Dec planning – Nobuhiro Terunuma, KEK, ATF ATF session on LCWS13, Tokyo Univ., Nov. 13, 2013.

-brief report of October runs and some inputs for the Nov/Dec planning – Nobuhiro Terunuma, KEK, ATF ATF session on LCWS13, Tokyo Univ., Nov. 13, 2013.
Progress towards nanometre-level beam stabilisation at ATF2 N. Blaskovic, D. R. Bett, P. N. Burrows, G. B. Christian, C. Perry John Adams Institute, University.

Progress towards nanometre-level beam stabilisation at ATF2 N. Blaskovic, D. R. Bett, P. N. Burrows, G. B. Christian, C. Perry John Adams Institute, University.
ATF2 Status and Plan K. Kubo 20014.02.04. ATF2, Final Focus Test for LC Achievement of 37 nm beam size (Goal 1) – Demonstration of a compact final focus.

ATF2 Status and Plan K. Kubo ATF2, Final Focus Test for LC Achievement of 37 nm beam size (Goal 1) – Demonstration of a compact final focus.
Philip Burrows Third Mini Workshop on Nano Project, KEK 30/5/05 Philip Burrows Queen Mary, University of London Overview of Intra-train Beam Feedback Program.

Philip Burrows Third Mini Workshop on Nano Project, KEK 30/5/05 Philip Burrows Queen Mary, University of London Overview of Intra-train Beam Feedback Program.
1 Feedback On Nanosecond Timescales (FONT): Philip Burrows Neven Blaskovic, Douglas Bett*, Talitha Bromwich, Glenn Christian, Michael Davis, Colin Perry.

1 Feedback On Nanosecond Timescales (FONT): Philip Burrows Neven Blaskovic, Douglas Bett*, Talitha Bromwich, Glenn Christian, Michael Davis, Colin Perry.
FONT IP intra-train feedback prototype status

FONT IP intra-train feedback prototype status
ATF2 Javier Resta Lopez (JAI, Oxford University) for the FONT project group 5th ATF2 project meeting, KEK December 19-21, 2007.

ATF2 Javier Resta Lopez (JAI, Oxford University) for the FONT project group 5th ATF2 project meeting, KEK December 19-21, 2007.
Summary of AWG4: Beam Dynamics A. Latina (CERN), N. Solyak (FNAL) LCWS13 – Nov 11-15, 2013 – The University of Tokyo, Japan.

Summary of AWG4: Beam Dynamics A. Latina (CERN), N. Solyak (FNAL) LCWS13 – Nov 11-15, 2013 – The University of Tokyo, Japan.
Feedback on Nanosecond Timescales (FONT) - Review of Feedback Prototype Tests at ATF(KEK) Glenn Christian John Adams Institute, Oxford for FONT collaboration.

Feedback on Nanosecond Timescales (FONT) - Review of Feedback Prototype Tests at ATF(KEK) Glenn Christian John Adams Institute, Oxford for FONT collaboration.

Similar presentations

Ads by Google