Alfonso Benot Morell, CERN BE-BI CLIC Module Working Group Meeting, 24 April 2013.

Slides:



Advertisements
Similar presentations
CIEMAT technological contributions to linear colliders Fernando ToralGandía, 3/12/2005.
Advertisements

PETS components and waveguide connections CLIC Workshop 2007 David Carrillo.
5th Collaboration Meeting on X-band Accelerator Structure Design and Test Program. May 2011 Review of waveguide components development for CLIC I. Syratchev,
SLAC workshop 7-10 July 2009 WP1: microwave based accelerators Status of CLIC X-band high-power components G. Riddone, (contribution from A.
ON/OFF news. Reflected Transmitted Stroke 8.0 mm RF power, dB Piston position (gap width), mm ON OFF Compact design of the high RF power variable (mechanically)
BPS Location in CTF3/CLEX Area Mechanics with PCB Electronics Test Results BPS Linearity Error A linear fit of the wire test measures was done (left) for.
ELEC Lecture 15 ELEC 412 RF & Microwave Engineering Lecture 15 Fall 2004.
ELEC Lecture 141 ELEC 412 RF & Microwave Engineering Fall 2004 Lecture 14.
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.
Alessandro Cappelletti for CTF3 collaboration 5 th May 2010 RESULTS OF BEAM BASED RF POWER PRODUCTION IN CTF3.
Front-end amplifiers for the beam phase loops in the CERN PS Alessandro Meoli (CERN BE/RF/FB) Supervised by Heiko Damerau 21 April CERN.
CLIC DR EXTRACTION KICKER DESIGN, MANUFACTURING AND EXPERIMENTAL PROGRAM C. Belver-Aguilar (IFIC) On behalf of: A. Faus-Golfe (IFIC), F. Toral (CIEMAT),
CLIC Drive Beam Linac Rolf Wegner. Outline Introduction: CLIC Drive Beam Concept Drive Beam Modules (modulator, klystron, accelerating structure) Optimisation.
K. Alam, CLIC workshop, October 16-18, CLIC workshop, October 2007 Working group “ Two beam hardware and integration” Test module in the two.
F. Toral CLIC Workshop CIEMAT contribution to CLIC Experimental Verification F. Toral on behalf of Accelerator Technology Group, CIEMAT.
1 Task 19 SIS100_3: Semiconductor RF Gap Switch P. Hülsmann Problem Description Beam dynamics simulations have shown that the impedance of the.
Tesla Meeting Frascati 27/05/03 C. Magne Cold BPM for TTF2 Tesla prototype - low beam impedance - cooling to 2K without strain - Low beam coupling impedance:
R&D proposals for EuCard 2 EuCard2, April 21Steffen Döbert, BE-RF  SRF basic research (W. Weingarten)  CTF3 and CTF3+, possible infra - structure for.
Few slides from J. Fox’ talk in last November’s LARP meeting LARP CM
Feedback On Nanosecond Timescales (FONT): Robert Apsimon, Philip Burrows, Neven Blaskovic, Douglas Bett, Glenn Christian, Michael Davis, Davide Gamba,
Status of: CLIC Two-Beam Module Magnets R&D and Procurement 1 Michele Modena, CERN TE-MSC IWLC10, WG8, 21October 2010.
RF Power production at CTF3 X-band structure collaboration meeting,SLAC 6 th July 2009 Steffen Döbert, BE-RF  30 GHz power production  12 GHz power production.
CLIC Drive Beam Beam Position Monitors International Workshop on Linear Colliders 2010 Geneva Steve Smith SLAC / CERN
CTF3 BPMs October 18-22/2010 IWLC2010 CTF3 BPMs Lars Soby 1.
1 Status of the CLIC two-beam module program A. Samochkine, G. Riddone Acknowledgements to the Module WG members 4 February 2014 CLIC Workshop 2014 (3-7.
TBL as a 12 GHz power source, overview and first results from commissioning IWLC 2010 workshopSteffen Döbert, BE-RF  Current status of TBL  Status of.
1 C. Simon CLIC Instrumentation workshop BPM C. Simon on behalf of the Saclay’s group CLIC Instrumentation workshop 2 nd - 3 rd June.
1 CTF3 collaboration meeting 2007 G.Geschonke Status Status of CTF3 G.Geschonke CERN.
Two-beam Test Stand Status and Results Roger Ruber & Igor Syratchev for the TBTS team.
BEPCII Transverse Feedback System Yue Junhui Beam Instrumentation Group IHEP , Beijing.
Summary of progress towards CLIC goals and next steps for structure testing 6 th X-band collaboration workshop, April 18 th- 20 th 2012 Steffen Döbert,
Contribution from Pakistan to CLIC & CTF-3 Project. NASIR ABBAS
CLIC work packages CTF3-003 (TBL+) CLIC0-001 (CLIC DB injector) CLIC0-002 (photo injector option for CLIC DB injector.
WP 9.2 DDS Status, R.M. Jones, 25 th Oct 2010, WebEx Phone-in, Geneva 1 WP 9.2: DDS Status Roger M. Jones Cockcroft Institute and The University of Manchester.
SLAC ESA T-474 ILC BPM energy spectrometer prototype Bino Maiheu University College London on behalf of T-474 Vancouver Linear Collider.
BPM stripline acquisition in CLEX Sébastien Vilalte.
TBTS Test Program & Schedule G. Riddone
A New Stripline BPM Design for the ILC IR Fast Feedback (?!) – For discussion: A metal/ceramic brazed BPM pickup – 9/19/2007ILC IR Engineering Design Workshop,
CLIC requirements on Warm Magnets (for CLIC Modules mainly) 1 M. Modena, CERN TE-MSC 13 April 2011 CERN-UK Collaboration Kick-off Meeting.
Vacuum, Surfaces & Coatings Group Technology Department 22 nd January 2015 C. Garion2 Beam Line Interconnection: snapshot of present design principles.
A. Faus-Golfe, J.V. Civera, C. Blanch and J.J. García-Garrigós whit the help of the CTF3 Collaboration 1 CTF3 meeting Jan-09.
1 CTF3 CLEX day July 2006 CLEX day 2006 Introduction G.Geschonke CERN.
Booster bpm’s Jim Crisp 3/29/06. Plate width and linearity with the response linearized along the axis 60 and 20 degree plates become nonlinear in the.
TBL experimental program Status and Results  Introduction  Status  Experimental program for 2010 and beyond  Outlook ACE, Steffen Döbert.
I. Syratchev, HGW 2012, KEK, Japan The high power demonstration of the PETS ON/OFF operation with beam. I. Syratchev for CLIC team.
Stripline Beam Position Monitors for the High Luminosity LHC D. Draskovic, T Lefevre CERN, BE-BI-QP.
CLIC Workshop 2008 TBTS status. PETS testing program and installation status. Igor Syratchev & Germana Riddone for the CLIC team.
CLIC Drive beam BPM Requirements and cost estimate.
CLIC Beam instrumentation work shop, CERN, 2 nd & 3 rd of June 2009, Lars Søby BPM overview CLIC instrumentation work shop 2-3 June BPM overview.
CLIC Workshop 18 th -22 nd January 2016, CERN 1 Alfonso Benot Morell Manfred Wendt.
TBL experimental program, evolution to RF power testing in TBL ACE 2011, February 2-3Steffen Döbert, BE-RF  Current status of TBL  Experimental program.
Status of CIEMAT work on PETS
Wake-fields simulations and Test Structure
EUROTeV Diagnostics WP5
Development of X-band 50MW klystron in BVERI
Beamformer Feeding Board Design and IC Package EM Simulation
Franck Peauger, Riccardo Zennaro
X-band high-power variable RF splitter
CLIC Workshop 2016: Main Beam Cavity BPM
EM characterization of SiC
12 GHz High Power RF components requirements for CEA activities
Summary of the test structure design
F.Marcellini, D.Alesini, A.Ghigo
STUDIES OF THE STRIPLINE KICKER FOR BEAM EXTRACTION FROM THE CLIC DRs
AWAKE status and readiness for phase #2
Accelerators R&D at IFIC “Reunión de Electrónicos”, May 2010
ERL BPM System Mike Billing, Mark Palmer
e-cloud Measurements by TE Wave Reflectometry on PEP-II
ISO view of pipe w/ individual EC detector installed
HL-LHC HEL BPM.
Presentation transcript:

Alfonso Benot Morell, CERN BE-BI CLIC Module Working Group Meeting, 24 April 2013

1. Status 2. 50Ω Terminated Stripline BPM 2.1 Initial Design 2.2 Thick Electrodes 2.3 Wider gap 2.4 Alternatives 3. Conclusions CLIC Module Working Group Meeting, 24 April 2013

1. Status 2. 50Ω Terminated Stripline BPM 2.1 Initial Design 2.2 Thick Electrodes 2.3 Wider gap 2.4 Alternatives 3. Conclusions CLIC Module Working Group Meeting, 24 April 2013

 Stripline BPM prototype terminated in short- circuit (with SiC damper) installed in TBL (CLEX) In the proximity of the last PETS Influence of ~130 MW 12 GHz RF non-local signal? Low-Frequency operating readout electronics (<50 MHz) May need external 12 GHz notch-filtering solutions  A 50Ω-terminated stripline BPM prototype has been designed (with SiC damper) Initial design improves 12 GHz filtering effect SiC dampens HOMs but also HF components Manufacturability issues Electrode-Feedthrough transition SiC Ring Thickness CLIC Module Working Group, 24 April 2013

1. Status 2. 50Ω Terminated Stripline BPM 2.1 Initial Design 2.2 Thick Electrodes 2.3 Wider gap 2.4 Alternatives CLIC Module Working Group Meeting, 24 April 2013

 Intended use of 3rd null in frequency response as 12 GHz notch filter (>40 dB fall needed)  L_elec = 37.5 mm (nominal) CLIC Module Working Group, 24 April 2013

1. Status 2. 50Ω Terminated Stripline BPM 2.1 Initial Design 2.2 Thick Electrodes 2.3 Wider gap 2.4 Alternatives 3. Conclusions CLIC Module Working Group Meeting, 24 April 2013

CLIC Module Working Group, 24 April 2013 Parameter nameValue l_conus [mm]2 l_elec [mm]36.3 l_gap [mm]5 l_pin [mm]8 l_pipe [mm]10 l_sic [mm]2.75 phi2 [°]10 r_blend [mm]0.4 r_conus [mm]2.5 r_elec [mm]12.5 r_out [mm]13.54 r_pin [mm]0.73 r_pipe [mm]11.5 r_sphere [mm]0.6

CLIC Module Working Group, 24 April 2013

 Manufacturability issues ◦ Additional SiC ring +1.80mm  4.25mm total SiC thickness ◦ Transition Electrode-Feedthrough  Small spheres left on beam side of pipe  3rd lobe degraded

1. Status 2. 50Ω Terminated Stripline BPM 2.1 Initial Design 2.2 Thick Electrodes 2.3 Wide gap 2.4 Alternatives 3. Conclusions CLIC Module Working Group Meeting, 24 April 2013

Parameter nameValue l_conus [mm]2 l_elec [mm]36.3 l_gap [mm]5 l_pin [mm]8 l_pipe [mm]10 l_sic [mm]2.75 phi2 [°]10 r_blend [mm]0.4 r_conus [mm]2.5 r_elec [mm]13.4 r_out [mm]14.6 r_pin [mm]0.73 r_pipe [mm]11.5 r_sphere [mm]0.6 CLIC Module Working Group, 24 April 2013

1.9 mm thickness

CLIC Module Working Group, 24 April mm thickness

1. Status 2. 50Ω Terminated Stripline BPM 2.1 Initial Design 2.2 Thick Electrodes 2.3 Wider gap 2.4 Alternatives 3. Conclusions CLIC Module Working Group Meeting, 24 April 2013

 1.5mm thick electrodes + 7mm gap CLIC Module Working Group, 24 April 2013 Parameter nameValue l_conus [mm]2 l_elec [mm]10 l_gap [mm]7 l_pin [mm]8 l_pipe [mm]10 l_sic [mm]2.75 phi2 [°]10 r_blend [mm]0.4 r_conus [mm]2.5 r_elec [mm]13 r_out [mm]14.1 r_pin [mm]0.73 r_pipe [mm]11.5 r_sphere [mm]0.6

 1.5mm thick electrodes + 7mm gap CLIC Module Working Group, 24 April 2013

1. Status 2. 50Ω Terminated Stripline BPM 2.1 Initial Design 2.2 Thick Electrodes 2.3 Wider gap 2.4 Alternatives 3. Conclusions CLIC Module Working Group Meeting, 24 April 2013

 Latest proposal CLIC Module Working Group, 24 April 2013 Parameter nameValue l_conus [mm]2 l_elec [mm]10 l_gap [mm]5.8 l_pin [mm]8 l_pipe [mm]10 l_sic [mm]2.75 phi2 [°]10 r_blend [mm]0.4 r_conus [mm]2.5 r_elec [mm]12.5 r_out [mm]13.54 r_out_sic [mm]14.2 r_pin [mm]0.76 r_pipe [mm]11.5

 Latest proposal CLIC Module Working Group, 24 April 2013

 Change electrode shape Circular end  rectangular (blended edges) Tapering  External 12 GHz filtering CLIC Module Working Group, 24 April 2013

1. Status 2. 50Ω Terminated Stripline BPM 2.1 Initial Design 2.2 Thick Electrodes 2.3 Wider gap 2.4 Alternatives 3. Conclusions CLIC Module Working Group Meeting, 24 April 2013

 Frequency response  Extremely sensitive to SiC  Parameters to vary: L_gap L_sic L_elec ?  Search for manufacturable (L_gap,L_sic) to have >40 dB fall after 3rd lobe (12 GHz)  Further simulation needed CLIC Module Working Group, 24 April 2013

Thank you CLIC Module Working Group, 24 April 2013