History and Products
|
|
|
- Brook Webster
- 6 years ago
- Views:
Transcription
1 History and Products Cryoelectra GmbH ELBE Workshop in Dresden-Rossendorf 14. März 2013
2 Early University Work 1966 (Bonn University) Work in digital controlled electronics for particle detectors with the first generation of ICs and design of the magnet ring of the 2.3GeV Synchrotron 1972 (Bonn University): Start of the work in RF superconductivity for particle accelerators and development pf the first LLRF control electronics 1976 to 1979 Design of the Darmstadt Superconducting Linac (S-DALINAC) together with A. Richter 1978 Discovery that cavities of spherical shape are free of multipacting (together with D.Proch and U.Klein) based on work at Stanford and Genova 1979 Development of temperature mapping of sc. cavities at high fields Cryoelectra GmbH ELBE Workshop in Dresden-Rossendorf 14. März 2013
![Later on in collaboration with Ericsson 0 0-20 -10 S21 [db] -40-60 -20-30](/docs-images/76/73030850/images/3-1.jpg "S11 [db] -80-40 -100-50 1.88 1.89 1.90 1.91 1.92 1.93 1.94 1.95 1.96 1.97 1.")
3 Cryoelectra History 1988: Start of the development of a superconducting UMTS preselection filter with steep skirts for NTT-DoCoMo ( MHz). Later on in collaboration with Ericsson S21 [db] S11 [db] f [GHz]
4 Company Profile Location Wuppertal, Germany Registry HRB 7858 Foundation Geschäftsführer : Prof. Dr. Helmut Piel 2. Geschäftsführer Dr. Nico Pupeter Gesellschafter (partners) Prof. Dr. Aleks Braginski (Jülich) Prof. Dr. K. Held Alice Ann Wright, Los Alamos Prof. Dr. H. Piel (a.p.) Prof. Dr. J. Drees (Wuppertal) (a.p.) Dr. N. Pupeter (a.p.) Prof. Dr. r. Eujen (Wuppertal) Prof. Dr. B. Mönter (Salzburg) Prof. Dr. A. Gladun (Dresden) Prof. Dr. W. Weber (Dortmund) Prof. Dr. Stuart Wolf (Washington)) Varian Medical Systems PT 17 Employees, incl. 7 PhD. Physicists and Engineers, 5 administrative and technical staff members and 5 helping hands (mini jobs) a.p. = acting partner Stammkapital Cryoelectra GmbH ELBE Workshop in Dresden-Rossendorf 14. März 2013
5 A Commercial RF Pre-Amplifier for an HTS RF Front End
6 Field Test in Beijing Cryoelectra HTS Pre selection filters and cryogenic Pre amplifiers are installed in 5 Base Stations in down town Beijing and are successful in operation since 2006
7 Unser erster Verstärker Development of our first balanced amplifier as low noise preamplifier (1mW) and as a high power transmission amplifier (100W) for the front end of mobile communication base stations. Successful field tests in Beijing in return to accelerator electronics and cooperation with the COSY group at FZ Jülich Establishment of a strategic partnership with ACCEL and start of high power amplifier and LLRF work
8 The Balanced Amplifier Design Excellent external matching
9 Design Layout of the SARAF accelerator (p/d 40 MeV) Layout of Half-Wave-resonators Multipacting anaysis Study of magnetic coupler Accelerator beam line layout with TRACE, TRACK, PARMELA and TURTLE Cryoelectra GmbH ELBE Workshop in Dresden-Rossendorf 14. März 2013
10 Cryoelectra Solid State Amplifiers Range of frequencies: 72MHz to 3GHz, Output power 150 kw cw., pulse or cw. operation, Industrial Design convenient operation and maintenance (19 Chassis- or cabinet-design) Use of balanced amplifiers as basic building blocks wherever possible
11 Our first 1.3GHz Amplifiers, delivered 2006 to DY Total RF power: 5.2kW using 125W transistors
12 Cross section of 4 balanced 1.3GHz SS Amplifiers mounted on a WR650 Wave Guide Zirkulator Transistor
13 Two pairs of balanced 500W amplifiers mounted on a WR650 waveguide
14 Compact Design 18kW 1.3GHz SSA APR48- (Energy Saver) In: VAC Out: 43-50VDC 16 kw (+2) per 3HU 0,99 Power Conversion Factor >94% AC/DC conversion efficiency Air cooling Redundant parallel combination Control via Ethernet 16(+2 kw) per 3 HU
15 UD: 50 VDC T=45 C Alarm: no Set-Op: ON UD: 50 VDC T=45 C Alarm: no Set-Op: ON 1A 2A 3A 4A 5A 6A 7A 8A 9A 10A 11A 1B 2B 3B 4B 5B 6B 7B 8B 9B 10B 11B Cryoelectra D1A D1B A compact technical Concept of a 18kW 1.3 GHz SSA RF Module Controller CRE-341A-6.2 Cryoelectra RF Module Controller CRE-333A-6.2 E NERGY SAVER ENERGY SAVER ENERGY SAVER ENE RG Y SAVER ENERG Y SAVER E NERGY SAVER ENERGY SAVER ENERGY SAVER ENE RG Y SA VER ENERGY SAVER ACDC Converter 9x 2 kw 230VAC in / 50VDC out E NERGY SAVER ENERGY SAVER ENERGY SAVER ENE RG Y SAVER ENERG Y SAVER E NERGY SAVER ENERGY SAVER ENERGY SAVER ENE RG Y SA VER ENERGY SAVER ACDC Converter 9x 2 kw 230VAC in / 50VDC out AC Mains Distribution
16 Cryoelectra UHF Solid State Amplifier CRE-333A MHz 18 kw AB, cw Water cooled High efficiency Diagnostic for each module: P for, P ref, I trans, Temp Size [mm³]: 1000x1000x 2400 Output: WR650
17 Solid State HPA 500 MHz 70kW for Helmholtzzentrum Berlin BSY II Project
18
19 Waveguide coupled output 18 kw Waveguide WR GHz, 2x 9 kw Water cooler 40 RF Inputs RF Module 500 W 4 Modules front, 4 rear = 4kW per row Water supply ACDC Conversion 230VAC 50VDC 2x 9x 2kW Mains input, switch and fusing
20 Losses and efficiencies High Efficiency Layout
21 Thank you for your Attention
22 Two balanced 500W Amplifier Modules mounted on a WR650 waveguide
23 RF Module 1.3 GHz 500 W AB cw
24 The Demonstrator D6 used in the Wunongchang Field Test (2004)
25 Arrangement of the HTS Filter-LNA-Combination
26 Highest Efficiency AC/DC-Conversion 9 in parallel 1 redundant APR48- (Energy Saver) In: VAC Out: 43-50VDC 16 kw (+2) per 3HU APR48- Converter 50V /2kW Controller 0,99 Power Conversion Factor >94% AC/DC conversion efficiency Air cooling Redundant parallel combination Control via Ethernet 16(+2 kw) per 3 HU
27 Cryoelectra Halbleiterverstärker Besonderheiten Überwachung der Funktionsdaten jedes einzelnen Transistors Automatische Konditionierung von Beschleunigungsresonatoren in Kombination mit der Cryoelectra HF-Kontrollelektronik (digital LLRF) Cryoelectra GmbH Treffen bei BSY 2. Februar 2012
28 The Balanced Amplifier Design Excellent external matching
29
30
The VARIAN 250 MeV Superconducting Compact Proton Cyclotron
The VARIAN 250 MeV Superconducting Compact Proton Cyclotron VARIAN Medical Systems Particle Therapy GmbH Friedrich-Ebert-Str. 1 D-51429 BERGISCH GLADBACH GERMANY OUTLINE 1. Why having a Superconducting
Maurizio Vretenar Linac4 Project Leader EuCARD-2 Coordinator
Maurizio Vretenar Linac4 Project Leader EuCARD-2 Coordinator Every accelerator needs a linac as injector to pass the region where the velocity of the particles increases with energy. At high energies (relativity)
RF STATUS OF SUPERCONDUCTING MODULE DEVELOPMENT SUITABLE FOR CW OPERATION: ELBE CRYOSTATS
RF STATUS OF SUPERCONDUCTING MODULE DEVELOPMENT SUITABLE FOR CW OPERATION: ELBE CRYOSTATS J. Teichert, A. Büchner, H. Büttig, F. Gabriel, P. Michel, K. Möller, U. Lehnert, Ch. Schneider, J. Stephan, A.
Progresses on China ADS Superconducting Cavities
Progresses on China ADS Superconducting Cavities Peng Sha IHEP, CAS 2013/06/12 1 Outline 1. Introduction 2. Spoke012 cavity 3. Spoke021 cavity 4. Spoke040 cavity 5. 650MHz β=0.82 5-cell cavity 6. High
RF Upgrade at DELTA. P. Hartmann DELTA, TU Dortmund
RF Upgrade at DELTA P. Hartmann DELTA, TU Dortmund DELTA parameters: Personnel: Beam energy: 550 MeV 1.5 GeV Beam current: 130mA @ 1.5GeV Beam lifetime: 12h @ 130 ma Availability: 95 % Operational: 3000
HIGH POWER COUPLER FOR THE TESLA TEST FACILITY
Abstract HIGH POWER COUPLER FOR THE TESLA TEST FACILITY W.-D. Moeller * for the TESLA Collaboration, Deutsches Elektronen-Synchrotron DESY, D-22603 Hamburg, Germany The TeV Energy Superconducting Linear
Status of berlinpro and BESSY II Installation of SSA. Helmholtz-Zentrum Berlin for materials and energy (HZB)
Status of berlinpro and BESSY II Installation of SSA Wolfgang Anders, Helmholtz-Zentrum Berlin for materials and energy (HZB) 19th ESLS-RF Meeting 30.9.-1.10.2015 MaxLab outline BERLinPro Status building
Tutorial on Design of RF system for Indus Accelerator. Maherdra Lad Head, Radio Frequency Systems Division RRCAT, Indore
Tutorial on Design of RF system for Indus Accelerator Maherdra Lad Head, Radio Frequency Systems Division RRCAT, Indore Basic principle of RF Acceleration RF Power Amplifier The RF source supplies power
REVIEW OF HIGH POWER CW COUPLERS FOR SC CAVITIES. S. Belomestnykh
REVIEW OF HIGH POWER CW COUPLERS FOR SC CAVITIES S. Belomestnykh HPC workshop JLAB, 30 October 2002 Introduction Many aspects of the high-power coupler design, fabrication, preparation, conditioning, integration
REVIEW ON SUPERCONDUCTING RF GUNS
REVIEW ON SUPERCONDUCTING RF GUNS D. Janssen #, A. Arnold, H. Büttig, U. Lehnert, P. Michel, P. Murcek, C. Schneider, R. Schurig, F. Staufenbiel, J. Teichert, R. Xiang, Forschungszentrum Rossendorf, Germany.
Uppsala, June 17 th - 19 th, 2013
TIARA Workshop on RF Power Generation for Accelerators Uppsala, June 17 th - 19 th, 2013 Massamba DIOP, R. LOPES, P. MARCHAND, F. RIBEIRO SSA operation at SOLEIL BOOSTER 35 kw STORAGE RING 180 kw SOLEIL
IPAC 2017 Copenhagen, Denmark, 2017 May 14-19
P. Marchand P March hand d IPAC 2017 Copenhagen, Denmark, 2017 May 14-19 REVIEW & PROSPECTS OF RF SOLID STATE POWER AMPLIFIERS (SSPA) FOR PARTICLE ACCELERATORS ¾ Experience with the SOLEIL 352 MHz SSPA
Current Industrial SRF Capabilities and Future Plans
and Future Plans Capabilities in view of Design Engineering Manufacturing Preparation Testing Assembly Taking into operation Future Plans Participate in and contribute to development issues, provide prototypes
Superconducting RF System. Heung-Sik Kang
Design of PLS-II Superconducting RF System Heung-Sik Kang On behalf of PLS-II RF group Pohang Accelerator Laboratory Content 1. Introduction 2. Physics design 3. Cryomodules 4. Cryogenic system 5. High
Normal-Conducting Photoinjector for High Power CW FEL
LA-UR-04-5617,-5808 www.arxiv.org: physics/0404109 Normal-Conducting Photoinjector for High Power CW FEL Sergey Kurennoy, LANL, Los Alamos, NM, USA An RF photoinjector capable of producing high continuous
Coupler Electromagnetic Design
Coupler Electromagnetic Design HPC Workshop, TJNAF October 30 November 1, 2002 Yoon Kang Spallation Neutron Source Oak Ridge National Laboratory Contents Fundamental Power Coupler Design Consideration
Present and future beams for SHE research at GSI W. Barth, GSI - Darmstadt
Present and future beams for SHE research at GSI W. Barth, GSI - Darmstadt 1. Heavy Ion Linear Accelerator UNILAC 2. GSI Accelerator Facility Injector for FAIR 3. Status Quo of the UNILAC-performance 4.
Status of superconducting module development suitable for cw operation: ELBE cryostats
Status of superconducting module development suitable for cw operation: ELBE cryostats, A. Büchner, H. Büttig, F. Gabriel, P. Michel, K. Möller, U. Lehnert, Ch. Schneider, J. Stephan, A. Winter Forschungszentrum
Current Industrial SRF Capabilities and Future Plans
Current Industrial SRF Capabilities and Future Plans Review: Capabilities in view of Design Engineering Manufacturing Preparation Testing Assembly Taking into operation Comments on: Future Plans Participate
Overview of ERL Projects: SRF Issues and Challenges. Matthias Liepe Cornell University
Overview of ERL Projects: SRF Issues and Challenges Matthias Liepe Cornell University Overview of ERL projects: SRF issues and challenges Slide 1 Outline Introduction: SRF for ERLs What makes it special
HITACHI Proton Therapy System with Spot Scanning
Workshop on Hadron Therapy of Cancer 27 th April, Erice, Sicily, Italy HITACHI Proton Therapy System with Spot Scanning Kazuo Hiramoto Energy & Environmental Systems Laboratory, Hitachi, Ltd. Contents
Radio Frequency Pulse Power Amplifier General Features
Product Information Radio Frequency Pulse Power Amplifier General Features When we designed our pulse power amplifier series we had in mind the requirements of spectroscopic analysis, for instance Nuclear
10th ESLS RF Meeting September ALBA RF System. F. Perez. on behalf of the ALBA RF Group. ALBA RF System 1/21
ALBA RF System F. Perez on behalf of the ALBA RF Group ALBA RF System 1/21 Synchrotron Light Source in Cerdanyola (Barcelona, Spain) 3 GeV accelerator 30 beamlines (7 on day one) 50-50 Spanish Government
ALICE SRF SYSTEM COMMISSIONING EXPERIENCE A. Wheelhouse ASTeC, STFC Daresbury Laboratory
ALICE SRF SYSTEM COMMISSIONING EXPERIENCE A. Wheelhouse ASTeC, STFC Daresbury Laboratory ERL 09 8 th 12 th June 2009 ALICE Accelerators and Lasers In Combined Experiments Brief Description ALICE Superconducting
Low-Level RF. S. Simrock, DESY. MAC mtg, May 05 Stefan Simrock DESY
Low-Level RF S. Simrock, DESY Outline Scope of LLRF System Work Breakdown for XFEL LLRF Design for the VUV-FEL Cost, Personpower and Schedule RF Systems for XFEL RF Gun Injector 3rd harmonic cavity Main
Project X Cavity RF and mechanical design. T. Khabiboulline, FNAL/TD/SRF
Project X Cavity RF and mechanical design T. Khabiboulline, FNAL/TD/SRF TTC meeting on CW-SRF, 2013 Project X Cavity RF and mechanical design T 1 High ß Low ß 0.5 HWR SSR1 SSR2 0 1 10 100 1 10 3 1 10 4
ESS RF Source and Spoke Cavity Test Plan
FREIA Report 2015/01 26 February 2015 DEPARTMENT OF PHYSICS AND ASTRONOMY UPPSALA UNIVERSITY ESS RF Source and Spoke Cavity Test Plan R. Ruber (ed.), A. Bhattacharyya, D. Dancila, T. Ekelöf, J. Eriksson,
Advance on High Power Couplers for SC Accelerators
Advance on High Power Couplers for SC Accelerators Eiji Kako (KEK, Japan) IAS conference at Hong Kong for High Energy Physics, 2017, January 23th Eiji KAKO (KEK, Japan) IAS at Hong Kong, 2017 Jan. 23 1
Yongming Li Institute of modern physics 31/07/2017
Yongming Li Institute of modern physics 31/07/2017 2 Outline Motivation Coupler Design Operation Feedback Summary Project HIAF (2017-2024) SRing SRing: Spectrometer ring Circumference:290m Rigidity: 13Tm
2 Theory of electromagnetic waves in waveguides and of waveguide components
RF transport Stefan Choroba DESY, Hamburg, Germany Abstract This paper deals with the techniques of transport of high-power radiofrequency (RF) power from a RF power source to the cavities of an accelerator.
DEVELOPMENT OF CAPACITIVE LINEAR-CUT BEAM POSITION MONITOR FOR HEAVY-ION SYNCHROTRON OF KHIMA PROJECT
DEVELOPMENT OF CAPACITIVE LINEAR-CUT BEAM POSITION MONITOR FOR HEAVY-ION SYNCHROTRON OF KHIMA PROJECT Ji-Gwang Hwang, Tae-Keun Yang, Seon Yeong Noh Korea Institute of Radiological and Medical Sciences,
ESS RF Development at Uppsala University. Roger Ruber for the FREIA team Uppsala University
ESS RF Development at Uppsala University Roger Ruber for the FREIA team Uppsala University ESS-UU Collaboration 2009 ESS and UU start discussion on 704 MHz RF development proposal for ESS dedicated test
CURRENT INDUSTRIAL SRF CAPABILITIES AND FUTURE PLANS
CURRENT INDUSTRIAL SRF CAPABILITIES AND FUTURE PLANS Hanspeter Vogel ACCEL Instruments GmbH Friedrich Ebert Strasse 1, 51429 Bergisch Gladbach, Germany Corresponding author: Hanspeter Vogel ACCEL Instruments
Company Profile Ampegon Group
Company Profile Ampegon Group Contents 1 Introduction 3 1.1 About us 3 1.2 Quality Statement 3 1.3 Customer Services 3 1.4 Activities Ampegon AG 3 1.5 Activities Ampegon Antenna Systems GmbH 4 1.6 Activities
Spaceborne Electron Accelerators
Spaceborne Electron Accelerators J.W. Lewellen, C. Buechler, G. Dale, N.A. Moody, D.C. Nguyen LINAC 2016 26 September 2016 Acknowledgements LANL Program Development and Pathfinder funding LANL team members
Re-commissioning the Recycler Storage Ring at Fermilab
Re-commissioning the Recycler Storage Ring at Fermilab Martin Murphy, Fermilab Presented August 10, 2012 at SLAC National Laboratory for the Workshop on Accelerator Operations The Fermi National Accelerator
ERLP Status. Mike Dykes
ERLP Status Mike Dykes Content ASTeC RF & Diagnostics Group Work of the Group 4GLS ERLP Photo-injector Accelerating Modules Summary High Power RF Engineering Andy Moss SRS Support; DIAMOND; ERLP; MICE;
Linear Particle Accelerator Control Performance
Linear Particle Accelerator Control Performance 2007 ExpertTune-TiPS Conference April 17-19, 2007 Austin, TX Johnny Tang Overview of the Spallation Neutron Source Accelerator J. Tang 2 Overview of the
Motivation: ERL based e linac for LHeC
Erk Jensen, for the LHeC team and the RF group ERL 2013, BINP, Novosibirsk, 09 Sep 2013 09 Sep 2013 1 Motivation: ERL based e linac for LHeC ( O. Brünings presentation) NB.: This is a 09 Sep 2013 2 Some
The HPRF system for a new 6 GeV synchrotron light source in Beijing
中国科学院高能物理研究所 INSTITUTE OF HIGH ENERGY PHYSICS CHINESE ACADEMY OF SCIENCES The HPRF system for a new 6 GeV synchrotron light source in Beijing (RF group, IHEP) The HEPS HPRF team Power coupler & power source
THE CRYOGENIC SYSTEM OF TESLA
THE CRYOGENIC SYSTEM OF TESLA S. Wolff, DESY, Notkestr. 85, 22607 Hamburg, Germany for the TESLA collaboration Abstract TESLA, a 33 km long 500 GeV centre-of-mass energy superconducting linear collider
Review on Progress in RF Control Systems. Cornell University. Matthias Liepe. M. Liepe, Cornell U. SRF 2005, July 14
Review on Progress in RF Control Systems Matthias Liepe Cornell University 1 Why this Talk? As we all know, superconducting cavities have many nice features one of which is very high field stability. Why?
MTT Presentation - Abstract / Introductions
MTT Presentation - Abstract / Introductions Slide 1 Slide 1 Agenda and Key Questions - to keep us on track A brief introduction Who is this Company Empower RF Systems? What s the connection with Arrow
Beam Diagnostics, Low Level RF and Feedback for Room Temperature FELs. Josef Frisch Pohang, March 14, 2011
Beam Diagnostics, Low Level RF and Feedback for Room Temperature FELs Josef Frisch Pohang, March 14, 2011 Room Temperature / Superconducting Very different pulse structures RT: single bunch or short bursts
Superstructures; First Cold Test and Future Applications
Superstructures; First Cold Test and Future Applications DESY: C. Albrecht, V. Ayvazyan, R. Bandelmann, T. Büttner, P. Castro, S. Choroba, J. Eschke, B. Faatz, A. Gössel, K. Honkavaara, B. Horst, J. Iversen,
200 MHz 350 MHz 750 MHz Linac2 RFQ2 202 MHz 0.5 MeV /m Weight : 1000 kg/m Ext. diameter : 45 cm
M. Vretenar, CERN for the HF-RFQ Working Group (V.A. Dimov, M. Garlasché, A. Grudiev, B. Koubek, A.M. Lombardi, S. Mathot, D. Mazur, E. Montesinos, M. Timmins, M. Vretenar) 1 1988-92 Linac2 RFQ2 202 MHz
Redundant LNA Systems
< 1:1 LNA Plate Assembly with RCP2-1100 LNA PLATE Compact plate assemblies facilitate convenient antenna hub mounting Standard feed orientations State-of-the-art noise temperatures provided by Paradise
Philippe Lebrun & Laurent Tavian, CERN
7-11 July 2014 ICEC25 /ICMC 2014 Conference University of Twente, The Netherlands Philippe Lebrun & Laurent Tavian, CERN Ph. Lebrun & L. Tavian, ICEC25 Page 1 Contents Introduction: the European Strategy
X-Band Linear Collider Report*
SLAC DOE Program Review X-Band Linear Collider Path to the Future X-Band Linear Collider Report* D. L. Burke NLC Program Director * Abstracted from recent presentations to the International Technical Recommendation
Status of the ESS Accelerator Workpackage
Status of the ESS Accelerator Workpackage Peter McIntosh STFC Daresbury Laboratory UK ESS Interactions and Opportunities Rutherford Appleton Laboratory 3 Dec 2014 The ESS Linac The European Spallation
Cavity Field Control - RF Field Controller. LLRF Lecture Part3.3 S. Simrock, Z. Geng DESY, Hamburg, Germany
Cavity Field Control - RF Field Controller LLRF Lecture Part3.3 S. Simrock, Z. Geng DESY, Hamburg, Germany Content Introduction to the controller Control scheme selection In-phase and Quadrature (I/Q)
ESS-Bilbao Contribution to ESS Warm LINAC High Power RF Systems
ESS-Bilbao Contribution to ESS Warm LINAC High Power RF Systems Arash Kaftoosian RF Group www.essbilbao.org On behalf of: Pedro Gonzalez Ibon Bustinduy RF Project Leader MEBT Project Leader ESS-Bilbao
J. Jacob: Status of the ESRF RF upgrade
17th ESLS RF Meeting 2013 HZB BESSY 18th 19th September Status of the ESRF RF upgrade J. Jacob J.-M. Mercier V. Serrière M. Langlois G. Gautier [CINEL] 1 RF upgrade phase 1 until 2015 - reminder Replacement
RF thermal and new cold part design studies on TTF-III input coupler for Project-X
RF thermal and new cold part design studies on TTF-III input coupler for Project-X PEI Shilun( 裴士伦 ) 1; 1) Chris E Adolphsen 2 LI Zenghai( 李增海 ) 2 Nikolay A Solyak 3 Ivan V Gonin 3 1 Institute of High
The European Spallation Source. Dave McGinnis Chief Engineer ESS\Accelerator Division IVEC 2013
The European Spallation Source Dave McGinnis Chief Engineer ESS\Accelerator Division IVEC 2013 Overview The European Spallation Source (ESS) will house the most powerful proton linac ever built. The average
Coaxial tunnel roof feed-through and its cooling. Participants:
Coaxial tunnel roof feed-through and its cooling Participants: The RF group with special thanks to Pierre Barbier, Vincent Serriere, Philippe Chatain, Claude Rival, Didier Boilot and Bernard Cocat. Perrine
Demonstration of exponential growth and saturation at VUV wavelengths at the TESLA Test Facility Free-Electron Laser. P. Castro for the TTF-FEL team
Demonstration of exponential growth and saturation at VUV wavelengths at the TESLA Test Facility Free-Electron Laser P. Castro for the TTF-FEL team 100 nm 1 Å FEL radiation TESLA Test Facility at DESY
Progress in High Gradient Accelerator Research at MIT
Progress in High Gradient Accelerator Research at MIT Presented by Richard Temkin MIT Physics and Plasma Science and Fusion Center May 23, 2007 MIT Accelerator Research Collaborators MIT Plasma Science
THE ORION PHOTOINJECTOR: STATUS and RESULTS
THE ORION PHOTOINJECTOR: STATUS and RESULTS Dennis T. Palmer SLAC / ARDB ICFA Sardinia 4 July 2002 1. Introduction 2. Beam Dynamics Simulations 3. Photoinjector 1. RF Gun 2. Solenoidal Magnet 3. Diagnostics
ASSEMBLY PREPARATIONS FOR THE INTERNATIONAL ERL CRYOMODULE AT DARESBURY LABORATORY
ASSEMBLY PREPARATIONS FOR THE INTERNATIONAL ERL CRYOMODULE AT DARESBURY LABORATORY P. A. McIntosh #, R. Bate, C. D. Beard, M. A. Cordwell, D. M. Dykes, S. M. Pattalwar and J. Strachan, STFC Daresbury Laboratory,
Status of Projects using TESLA Cavities. Mike Dykes, ASTeC, Head of RF.
Status of Projects using TESLA Cavities Mike Dykes, ASTeC, Head of RF. Daresbury ERLP OUTLINE Status of other Projects 4GLS Daresbury ERLP Injector Linac Cryogenics Summary Projects Cornell ERL BESSY University
Development of a 20-MeV Dielectric-Loaded Accelerator Test Facility
SLAC-PUB-11299 Development of a 20-MeV Dielectric-Loaded Accelerator Test Facility S.H. Gold, et al. Contributed to 11th Advanced Accelerator Concepts Workshop (AAC 2004), 06/21/2004--6/26/2004, Stony
OVERVIEW OF INPUT POWER COUPLER DEVELOPMENTS, PULSED AND CW*
Presented at the 13th International Workshop on RF Superconductivity, Beijing, China, 2007 SRF 071120-04 OVERVIEW OF INPUT POWER COUPLER DEVELOPMENTS, PULSED AND CW* S. Belomestnykh #, CLASSE, Cornell
State of the Art in RF Control
State of the Art in RF Control S. Simrock, DESY LINAC 2004, Lübeck Stefan Simrock DESY Outline RF System Architecture Requirements for RF Control RF Control Design Considerations Design Efforts Worldwide
VSAT Redundant System Solutions
DESCRIPTION The Paradise Datacom family of VSAT products can be configured in a variety of custom systems to meet any redundant system application. VSAT redundant systems can be configured to meet any
Energy Recovering Linac Issues
Energy Recovering Linac Issues L. Merminga Jefferson Lab EIC Accelerator Workshop Brookhaven National Laboratory February 26-27, 2002 Outline Energy Recovery RF Stability in Recirculating, Energy Recovering
Beam Instability Investigations at DELTA
10 th ESLS-RF Meeting, September 27-28, Dortmund Beam Instability Investigations at Thomas Weis for the group Dortmund University Synchrotron Radiation Center Content: Status of the Facility Instability
DEVELOPMENT OF A BETA 0.12, 88 MHZ, QUARTER WAVE RESONATOR AND ITS CRYOMODULE FOR THE SPIRAL2 PROJECT
DEVELOPMENT OF A BETA 0.12, 88 MHZ, QUARTER WAVE RESONATOR AND ITS CRYOMODULE FOR THE SPIRAL2 PROJECT G. Olry, J-L. Biarrotte, S. Blivet, S. Bousson, C. Commeaux, C. Joly, T. Junquera, J. Lesrel, E. Roy,
Heterodyne Sweeping Radiometer
46 Robezu str. LV-1004 Riga, Latvia Fax: +371-7-065102 Mm-wave Division in St. Petersburg, Russia Fax: +7-812- 326-10-60 Tel: +7-812-326-59-24 E-mail: ivanovph@nnz.ru Heterodyne Sweeping Radiometer Operation
Herwig Schopper CERN 1211 Geneva 23, Switzerland. Introduction
THE LEP PROJECT - STATUS REPORT Herwig Schopper CERN 1211 Geneva 23, Switzerland Introduction LEP is an e + e - collider ring designed and optimized for 2 100 GeV. In an initial phase an energy of 2 55
PROJECT X: A MULTI-MW PROTON SOURCE AT FERMILAB *
PROJECT X: A MULTI-MW PROTON SOURCE AT FERMILAB * Stephen D. Holmes, Fermilab, Batavia, IL, 60510, U.S.A. Abstract As the Fermilab Tevatron Collider program draws to a close a strategy has emerged of an
ECRH on the Levitated Dipole Experiment
ECRH on the Levitated Dipole Experiment S. Mahar, J. Kesner, A.C. Boxer, J.E. Ellsworth, I. Karim, A. Roach MIT PSFC A.K. Hansen, D.T. Garnier, M.E. Mauel, E.E.Ortiz Columbia University Presented at the
Design and performance of LLRF system for CSNS/RCS *
Design and performance of LLRF system for CSNS/RCS * LI Xiao 1) SUN Hong LONG Wei ZHAO Fa-Cheng ZHANG Chun-Lin Institute of High Energy Physics, Chinese Academy of Sciences, Beijing 100049, China Abstract:
User-selectable output bus voltages for optimized voltage/current matching to load requirements.
Three Axis Gradient Amplifier 3-Axis 700A Precision Gradient Amplifier System 1500 VDC (OEM adjustable down to 800V) 100% Digital D-SERIES Technology Hi-Speed, Single Fiber-Optic Digital Command Universal
Indoor Rack Mount. GaN Solid State Power Amplifiers 3RU Rack Height
300W S-Band 3RU SSPA Chassis with 1RU N+1 Power Supply Teledyne Paradise Datacom has a rich history in the design and production of Gallium Nitride (GaN) based SSPAs. Our engineers utilize innovative linearization
H. Weise, Deutsches Elektronen-Synchrotron, Hamburg, Germany for the XFEL Group
7+(7(6/$;)(/352-(&7 H. Weise, Deutsches Elektronen-Synchrotron, Hamburg, Germany for the XFEL Group $EVWUDFW The overall layout of the X-Ray FEL to be built in international collaboration at DESY will
GHz Radiometer. Technical Description and User Manual
46 Robezu str. LV-1004 Riga Latvia Fax : +371-7-065102 Mm-wave Division in St. Petersburg, Russia Fax: +7-812-326-10-60 Tel: +7-812-326-59-24 E-mail: korneev@exch.nnz.spb.su 113-153 GHz Radiometer Technical
MT3200A TRAVELING WAVE TUBE MEDIUM POWER AMPLIFIER
ISO 9001 MODEL MT3200A TRAVELING WAVE TUBE MEDIUM POWER AMPLIFIER MT3200A TRAVELING WAVE TUBE MEDIUM POWER AMPLIFIER FOR SATELLITE FOR SATELLITE UPLINK UPLINK APPLICATIONS C-BAND: 400W X-BAND: 400W Ku-BAND:
Commissioning of the ALICE SRF Systems at Daresbury Laboratory Alan Wheelhouse, ASTeC, STFC Daresbury Laboratory ESLS RF 1 st 2 nd October 2008
Commissioning of the ALICE SRF Systems at Daresbury Laboratory Alan Wheelhouse, ASTeC, STFC Daresbury Laboratory ESLS RF 1 st 2 nd October 2008 Overview ALICE (Accelerators and Lasers In Combined Experiments)
TECHNICAL CHALLENGES OF THE LCLS-II CW X-RAY FEL *
TECHNICAL CHALLENGES OF THE LCLS-II CW X-RAY FEL * T.O. Raubenheimer # for the LCLS-II Collaboration, SLAC, Menlo Park, CA 94025, USA Abstract The LCLS-II will be a CW X-ray FEL upgrade to the existing
CWS 500N1.4 CONTINUOUS WAVE SIMULATOR, 80W
CWS 500N1.4 CONTINUOUS WAVE SIMULATOR, 80W FOR TESTS ACCORDING TO... > EN 300329 > EN 300340 > EN 300342-1 > EN 300386 V1.3.2 > EN 301489-1 > EN 301489-17 > EN 301489-24 > EN 301489-7 > EN 55024 > EN 61000-4-6
Bioimaging of cells and tissues using accelerator-based sources
Analytical and Bioanalytical Chemistry Electronic Supplementary Material Bioimaging of cells and tissues using accelerator-based sources Cyril Petibois, Mariangela Cestelli Guidi Main features of Free
From microscopic to macroscopic dynamics of super-conducting accelerating cavities. Anirban Krishna Bhattacharyya
From microscopic to macroscopic dynamics of super-conducting accelerating cavities Anirban Krishna Bhattacharyya ESS Courtesy Matts Lindroos (ESS) 10/19/2017 Anirban Krishna Bhattacharyya 2 Outline 10/19/2017
INTRODUCTION TO RADIOFREQUENCY SYSTEMS FOR PARTICLE ACCELERATORS
INTRODUCTION TO RADIOFREQUENCY SYSTEMS FOR PARTICLE ACCELERATORS Elettra-Sincrotrone Trieste S.C.p.A, Italy 39 th International Nathiagali Summer College 4 th 9 th August 2014 2 OVERVIEW Introduction Building
LBI-38642B. MAINTENANCE MANUAL RECEIVER FRONT END MODULE 19D902782G1: MHz 19D902782G2: MHz DESCRIPTION TABLE OF CONTENTS
LBI-38642B MAINTENANCE MANUAL RECEIVER FRONT END MODULE 19D902782G1: 136-151 MHz 19D902782G2: 150-174 MHz TABLE OF CONTENTS Page DESCRIPTION............................................... Front Cover SPECIFICATIONS.............................................
Behavior of the TTF2 RF Gun with long pulses and high repetition rates
Behavior of the TTF2 RF Gun with long pulses and high repetition rates J. Baehr 1, I. Bohnet 1, J.-P. Carneiro 2, K. Floettmann 2, J. H. Han 1, M. v. Hartrott 3, M. Krasilnikov 1, O. Krebs 2, D. Lipka
High power 352 MHz solid state amplifiers developed at the Synchrotron SOLEIL
PHYSICAL REVIEW SPECIAL TOPICS - ACCELERATORS AND BEAMS 10, 112001 (2007) High power 352 MHz solid state amplifiers developed at the Synchrotron SOLEIL P. Marchand, T. Ruan, F. Ribeiro, and R. Lopes Synchrotron
Calibrating the Cavity Voltage. Presentation of an idea
Calibrating the Cavity Voltage. Presentation of an idea Stefan Wilke, DESY MHF-e 21st ESLS rf meeting Kraków, 15th/16th nov 2017 Accelerators at DESY. linear and circular Page 2 Accelerators at DESY. linear
The VSX3622, a 1.5 kw X-Band GaN Power Amplifier for Radar Application
The VSX3622, a 1.5 kw X-Band GaN Power Amplifier for Radar Application George Solomon, Dave Riffelmacher, Matt Boucher, Mike Tracy, Brian Carlson, Todd Treado Communications & Power Industries LLC, Beverly
The low level radio frequency control system for DC-SRF. photo-injector at Peking University *
The low level radio frequency control system for DC-SRF photo-injector at Peking University * WANG Fang( 王芳 ) 1) FENG Li-Wen( 冯立文 ) LIN Lin( 林林 ) HAO Jian-Kui( 郝建奎 ) Quan Sheng-Wen( 全胜文 ) ZHANG Bao-Cheng(
REVIEW AND PROSPECTS OF RF SOLID STATE POWER AMPLIFIERS FOR PARTICLE ACCELERATORS
Proceedings of IPAC2017, Copenhagen, Denmark REVIEW AND PROSPECTS OF RF SOLID STATE POWER AMPLIFIERS FOR PARTICLE ACCELERATORS P. Marchand, Synchrotron SOLEIL, Gif-sur-Yvette, France Abstract Thanks to
ACE3P and Applications to HOM Power Calculation in Cornell ERL
ACE3P and Applications to HOM Power Calculation in Cornell ERL Liling Xiao Advanced Computations Group SLAC National Accelerator Laboratory HOM10 Workshop, Cornell, October 11-13, 2010 Work supported by
433 & 443 Series INTELLIGENT RELAY SP3T & SP4T IN-LINE Multithrow Switches
433 & 443 Series INTELLIGENT RELAY SP3T & SP4T IN-LINE Multithrow Switches Available with two types of internal drive electronics (Binary Decoding or MOSFET Pulse Latching), these SP3T and SP4T IN-LINE
3 General layout of the XFEL Facility
3 General layout of the XFEL Facility 3.1 Introduction The present chapter provides an overview of the whole European X-Ray Free-Electron Laser (XFEL) Facility layout, enumerating its main components and
CEBAF waveguide absorbers. R. Rimmer for JLab SRF Institute
CEBAF waveguide absorbers R. Rimmer for JLab SRF Institute Outline Original CEBAF HOM absorbers Modified CEBAF loads for FEL New materials for replacement loads High power loads for next generation FELs
Automatic phase calibration for RF cavities using beam-loading signals. Jonathan Edelen LLRF 2017 Workshop (Barcelona) 18 Oct 2017
Automatic phase calibration for RF cavities using beam-loading signals Jonathan Edelen LLRF 2017 Workshop (Barcelona) 18 Oct 2017 Introduction How do we meet 10-4 energy stability for PIP-II? 2 11/9/2017
Engineering Challenges and Solutions for MeRHIC. Andrew Burrill for the MeRHIC Team
Engineering Challenges and Solutions for MeRHIC Andrew Burrill for the MeRHIC Team Key Components Photoinjector Design Photocathodes & Drive Laser Linac Cavities 703.75 MHz 5 cell cavities 3 rd Harmonic
The BESSY Higher Order Mode Damped Cavity - Further Improvements -
The BESSY Higher Order Mode Damped Cavity - Further Improvements - Ernst Weihreter Reminder of Technical Problems Solutions Conclusions BESSY HOM Damped Cavity Project collaboration: (EC funded) - BESSY
DESIGN AND BEAM DYNAMICS STUDIES OF A MULTI-ION LINAC INJECTOR FOR THE JLEIC ION COMPLEX
DESIGN AND BEAM DYNAMICS STUDIES OF A MULTI-ION LINAC INJECTOR FOR THE JLEIC ION COMPLEX Speaker: P.N. Ostroumov Contributors: A. Plastun, B. Mustapha and Z. Conway HB2016, July 7, 2016, Malmö, Sweden
mmw Products Millimeter Wave Systems
mmw Products 2015.01.12 Millimeter Wave Systems 1 Extended Interaction Klystrons EIK Technology Based on Klystrons Rugged Reliable Enhanced Power Bandwidth Efficiency GHz and THz frequencies Moderate voltages