1 28-Nov-2011 Dog-leg meeting «BE/RF» Current 30 GHz layout CTF3 CTF2 Overmoded 90 bend Mode converter Ø50 circular waveguide (existing line) 326 mm 1.

Slides:



Advertisements
Similar presentations
PETS components and waveguide connections CLIC Workshop 2007 David Carrillo.
Advertisements

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.
XTCAV X-Band Transverse Deflecting Cavity Project Overview Patrick Krejcik Yuantao Ding, Joe Frisch.
Structure testing and RF tests stands Jan Kovermann CERN On behalf of the CLIC structure test team.
High gradient test results from X-BOX1 Ben Woolley XBOX Team CERN, Switzerland February 2014.
CERN klystron test stand – CLIC Workshop, Oct page 1 F. Peauger High-Power RF Test Areas: Design & Planning Progress of the CERN Klystron Test Area.
Christopher Nantista ML-SCRF Technology Meeting July 28, 2010 REPORT.
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.
Different mechanisms and scenarios for the local RF
Test Facilities Sami Tantawi SLAC. Summary of SLAC Facilities NLCTA (3 RF stations, one Injector, one Radiation shielding) – Two 240ns pulse compressor,
CIEMAT CONTRIBUTION TO TBL PETS (January 2009) David Carrillo on behalf of the Accelerators Team.
F. Toral CLIC Workshop CIEMAT contribution to CLIC Experimental Verification F. Toral on behalf of Accelerator Technology Group, CIEMAT.
Christopher Nantista Chris Adolphsen SLAC TILC09 Tsukuba, Japan April 20, 2009.
30 GHz waveguide line modification towards 12 GHz.
350, 350A 2½”-12”. Modification Overview  Production of the 2½ - 10” sizes began in  Production of the “A” models began in This Indicates.
CERN X-band Test-Stand CERN - CEA – PSI – SLAC High voltage modulator Klystron XL5 Directional coupler Circular waveguide  =50 mm SLED Pulse compressor.
Test Facilities and Component Developments Sami Tantawi SLAC May 15, 2008.
Xbox-3 LLRF Ben Woolley Stephane Rey & Heiko Damerau.
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.
Clustered Surface RF Production Scheme Chris Adolphsen Chris Nantista SLAC.
Super High-Power Microwave Semiconductor Switches S. Tantawi F. Tamura.
Klystron Cluster RF Distribution Scheme Chris Adolphsen Chris Nantista SLAC.
X-Band RF Structure and Beam Dynamics Workshop, December 2008 CERN experience with 12 GHz high power waveguide components Igor Syratchev (CERN)
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.
Klystron Cluster RF Distribution Scheme Chris Adolphsen Chris Nantista SLAC.
375, 375XL ¾”-1”. Modification Overview  Production of the ¾”-1” 375 began in 2004 and is current.  The lead free version 375XL was introduced in 2010.
Modulator and overmoded RF components status for the 12GHz Test Stand at CERN - RF meeting – 17/03/2010.
Christopher Nantista ILC10 Beijing, China March 27, 2010.
TE 01 -TE 02 DLDS Elements BINP-KEK
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,
The NLC RF Pulse Compression and High Power RF Transport Systems Sami G. Tantawi, G.Bowden, K.Fant, Z.D.Farkas, W.R.Fowkes J.Irwin, N.M.Kroll, Z.H.Li,
CLIC work packages CTF3-003 (TBL+) CLIC0-001 (CLIC DB injector) CLIC0-002 (photo injector option for CLIC DB injector.
ENGINEERING DESIGN AND FABRICATION OF X-BAND ACCELERATING STRUCTURE TD24 WITH WFM Abstract To achieve high luminosity in CLIC, the accelerating structures.
Main features of PETS tank J. Calero, D. Carrillo, J.L. Gutiérrez, E. Rodríguez, F. Toral CERN, 17/10/2007 (I will review the present status of the PETS.
W. Wuensch CLIC project meeting High-power rf structure testing.
Status of high gradient experiments at Nextef Kazue Yokoyama, Toshiyasu Higo, Yasuo Higashi, Shuji Matsumoto, Shigeki Fukuda Accelerator Laboratory, KEK.
MAIN LINAC CRYOMODULE DESIGN REVIEW INPUT COUPLER September 5, 2012V. Veshcherevich.
M. FILIPPOVA CERN CLIC BE-RF RF DEVELOPMENT MEETING ON Inventory of RF components.
CLIC Workshop 2008 TBTS status. PETS testing program and installation status. Igor Syratchev & Germana Riddone for the CLIC team.
Lukasz Krzempek TE-VSC-DLM 29th WP8 Bi-weekly meeting Tuesday, 15th November 2015 Vacuum layout (Experimental side)
Nextef status and expansion plans Shuji Matsumoto for KEK Nextef Group /5/51 4th X-band Structure Collaboration Meeting, CERN.
WFM electronics Alexandra Andersson. F. Peauger – CTF3 committee – 11/02/10  Wakefield Monitors implemented in two accelerating structures TD24 (tank.
Franck PEAUGER – CEA SACLAY LCWS11 - Grenada 29 th September 2011 CEA SACLAY CLIC R&D Activities F. Peauger, A. Hamdi, M. Desmons, W. Farabolini, P. Girardot.
F. Peauger - CEA DSM IRFU SACM 18 May 2008 CA.BHB 0400CA.SNH 0110CA.SNI 0120 CA.VVS 0100 CA.DHG/DVG 0130 CA.VVS 0200 CA.MTV 0215 CA.BPM 0220 CA.DHG/DVG.
The status of RF components G. Riddone, M. Filippova RF development meeting on
Franck PEAUGER – CEA SACLAY LCWS11 - Grenada 29 th September 2011 High power RF components F. Peauger, A. Branco, M. Desmons, W. Farabolini, P. Girardot,
Wake-fields simulations and Test Structure
Update on the DB Girders FE Analyses
ILC High Power Distribution
Manipulating RF phase and amplitude at high power level.
Franck Peauger, Riccardo Zennaro
Stéphane Rey* - BE/RF Luca Timeo - BE/RF Ben Woolley - BE/RF
X-band high-power variable RF splitter
CLEX* Status and Plans CTF3 complex CLEX
Application of moderate (5 MW) X-band power sources for the CLIC accelerating structures testing program and other projects I. Syratchev, CERN.
RF design of compact X-band waveguide components
Application of the moderate peak power (6 MW) X-band klystron’s cluster for the CLIC accelerating structures testing program. I. Syratchev.
12 GHz High Power RF components requirements for CEA activities
Summary of the test structure design
F.Marcellini, D.Alesini, A.Ghigo
Update of CLIC accelerating structure design
Forced draft cooling tower. NumberingEquipment A-1Storage Tank B-2Temperature sensor C-3Pump D-4Ball valve E-5Rotameter F-6Cooling water from the tank.
450 2½”- 3”.
350, 350XL ¾”- 1”.
C200, C200N, C200Z (2½ ” – 10”) C200A (2½ ”- 6”).
M200, M200N, M200Z (2½”– 10”) M200A (2½”- 4”).
Two-beam Test-stand Design and Construction Status
757DCDA, 757N DCDA (21/2”–10”) 757A DCDA (21/2”- 6”)
757, 757N, 757Z (2½ ” – 10”) 757A (2½ ”- 6”).
Presentation transcript:

1 28-Nov-2011 Dog-leg meeting «BE/RF» Current 30 GHz layout CTF3 CTF2 Overmoded 90 bend Mode converter Ø50 circular waveguide (existing line) 326 mm 1

2 28-Nov-2011 Dog-leg meeting «BE/RF» Modification towards 12 GHz CTF3 CTF2 Customized 90 degrees WR90 H bend Ø50 RF/vac. Gate valve (CEA) Vac. Pumping port (CERN) H10-> H01 mode converter (CEA) Ø36 ->Ø50 matched taper (CEA) Directional coupler (CERN) 2

3 28-Nov-2011 Dog-leg meeting «BE/RF» AS position PETS TANK centre (PETS tank to be removed) AS centre moved downstream by mm Loads at the outlet of the AS (SS430 version at the beginning) 3

4 28-Nov-2011 Dog-leg meeting «BE/RF» Overview Remove 1 circular waveguide Remove 2 circular waveguides 4

5 28-Nov-2011 Dog-leg meeting «BE/RF» Extra slide Distance b/w 30 GHz waveguide network and Klystron line ≈2 m (x) x 2.8 m (y) 5 z x y

6 28-Nov-2011 Dog-leg meeting «BE/RF» Extra slide 6