Tuesday 17 October 2017
Poster session: 11:00 - 12:30 and 16.15 - 18.00
P-1 Dual Frequency Laser Gun LLRF System
Tomasz Plawski1,
Ramakrishna Bachimanchi1, Manuel Diaz1, Curt Hovater1,
Scott Higgins1, Clyde Mounts1, Chad Seaton1,
Dave Seidman1
1Jefferson Lab, Newport
News, United States
P-2 Upgrading the
J-PARC Ring LLRF systems
Masahito Yoshii1, Fumihiko Tamura2 , Yasuyuki Sugiyama1
1KEK/J-PARC, 2J-PARC/JAEA,
Japan
P-3 Renewal and upgrade of the fast
beam-based feedback system at FLASH (PDF)
Sven Pfeiffer1
1DESY, Hamburg, Germany
P-4 MicroTCA.4-based LLRF for the superconducting CW Linac ELBE - Status and Outlook (PDF)
Michael Kuntzsch1, Reinhard
Steinbrück1, Rico Schurig1, Martin Hierholzer2,
Martin Killenberg2, Christian Schmidt2, Cagil Gümüs2,
Łukasz Butkowski2, Matthias Hoffmann2, Chris Iatrou3,
Julian Rahm3, Igor Rutkowski4, Maciek Grzegrzółka4
1Helmholtz-Zentrum
Dresden-Rossendorf HZDR, Dresden, Germany, 2DESY, Hamburg, Germany, 3Technische
Universität Dresden, Dresden, Germany, 4Warsaw University of
Technology, Warzsaw, Poland
P-5 The NSLS-II digital RF field
controller design and operational experience
James Rose1, Brian Holub1,
Hengjie Ma1, Carlos Marques1, Jorge Oliva1,
Nathan Towne1
1NSLS-II, Brookhaven Lab,
Upton, United States
P-6 Overview and system requirements for
SARAF-LINAC LLRF systems (PDF)
Lu Zhao1, Guillaume
Ferrand1, Michel Luong1, Romuald Duperrier1,
Nicolas Pichoff1, Claude
Marchand1
1CEA Saclay,
Gif-sur-yvette, France
P-7 Preliminary measurements of
amplitude and phase in the top-implart proton linear accelerator (PDF)
Vincenzo
Surrenti1, Alessandro Ampollini1, Giulia
Bazzano1, Michele Arturo
Caponero1, Paolo Nenzi1, Luigi Picardi1, Andrea
Polimadei1, Concetta Ronsivalle1, Emiliano Trinca1
1Enea, Frascati, Italy
P-8 RF Systems for the Low Energy RHIC (PDF)
Electron Cooling Project (PDF)
Kevin Mernick1, Michael
Blaskiewicz1, Thomas Hayes1, Geetha Narayan1, Fred
Severino1, Kevin Smith1,Binping Xiao1,Tianmu
Xin, Wencan Xu1, Alex Zaltsman1
1Brookhaven National
Laboratory, Upton, United States
P-9 Status of the LLRF Development for
the ESR Barrier-Bucket System (PDF)
Jens Harzheim1, Frey
Michael2, Kerstin Groß1, Harald Klingbeil1,2, Dilyana
Domont-Yankulova1
1Tu Darmstadt (temf),
Darmstadt, Germany, 2GSI Helmholtzzentrum für Schwerionenforschung,
Darmstadt, Germany
P-10 Overview of LLRF System for iBNCT
Accelerator (PDF)
Zhigao Fang1, Kenta Futatsukawa1,
Yuji Fukui1, Takashi Obina1, Yosuke honda1,
Feng Qiu1, Takashi Sugimura1, Shinichiro Michizono1,
Shozo Anami1, Fujio Naito1, Hitoshi Kobayashi1,
Toshikazu Kurihara1, Sasaharu Sato1, Tsukasa Miyajima1,
Toshiyuki Ohba2, Nobuaki
Nagura2
1Kek, Tsukuba, Japan, 2Nippon
Advanced Technology CO., LTD., naka, Japan
P-11 LLRF System for the Fermilab Muon
g-2 and Mu2e Projects (PDF)
Philip Varghese1, Brian
Chase1
1Fermilab, Batavia, United
States
P-12 A MTCA.4 based digital LLRF system
for the GSI UNILAC (PDF)
Jens Zappai1, Bernhard
Schlitt1, Alexander Schnase1, Gerald Schreiber1
1GSI Helmholtzzentrum Für
Schwerionenforschung GmbH, Darmstadt, Germany
P-13 Progress on the ISIS synchrotron
digital low level RF system upgrade (PDF)
Andrew Seville1, David
Allen1, Robert Mathieson1
1STFC, Chilton, Didcot,
United Kingdom
P-14 Operational experience of ALBA's
Digital LLRF at SOLARIS Light Source (PDF)
Pawel Borowiec1, Angela
Salom2, Francis Perez2, Lars Malmgren3, Åke
Andersson3, Robert Lindvall3, Aleksandar Mitrovic3,
Adriana Wawrzyniak1, Paulina Klimczyk1, Maciej Kopec1,
Arkadiusz Kisiel1, Lukasz Dudek1, Wojciech Kitka1
1Jagiellonian University,
Synchrotron Solaris, Krakow, Poland, 2ALBA-CELLS Synchrotron,
Cerdanyola del Vallès, Spain, 3MAX IV Laboratory, Lund University,
Lund, Sweden
P-15 Evolution and up-graduation of LLRF
System of Indus-1 Synchrotron Radiation Source
Nitesh Tiwari1
1Raja Ramanna Centre for
Advanced Technology, Indore, India
P-16 Progress of the CSNS/RCS LLRF
control system
Hong Sun1
1Institute Of High Energy
Physics, Chinese Academy Of Sciences, Beijing, China
P-17 Design of LLRF system for MA-loaded
cavity of HIAF (PDF)
Yan Cong1
1Institute Of Modern
Physics, Chinese Academy of Sciences, Lanzhou, China
P-18 3GHz Linac RF measurement system
using micro-TCA technology (PDF)
Peter Corlett1, Simin
Chen1, Ross Hogan1, Greg LeBlanc1, Adam
Michalczyk1, Andrew Starritt1, Karl Zingre1
1Australian Synchrotron,
Melbourne, Australia
P-19 Temperature stabilized LLRF control
for new generation linear accelerators (PDF)
Robert Cerne1, Borut Baricevic1, Gasper Jug1,
Primoz Lemut1, Zarko Lestan1, mag. Borut
Repic1, Matej Oblak1, Luka Rahne1, Damijan
Skvarc1, Luca Piersanti2, Alessandro Gallo2, Marco
Bellaveglia2
1Instrumentation
Technologies d.d., Solkan, Slovenia, 2INFN-LNF, Frascati, Italy
P-20 Low-Level RF Control System
Development for the HIMM Linac (PDF)
Ruifeng Zhang1, Yan Cong1
1Imp, Lanzhou, China
P-21 Digital Low Level RF Systems for
Diamond Light Source (PDF)
Chris Christou1, Pengda Gu1,
Paul Hamadyk1, David Spink1, Angela Salom2, Francis
Pérez2
1Diamond Light Source,
Didcot, United Kingdom, 2ALBA-CELLS Synchrotron, Cerdanyola del
Vallès, Spain
P-22 LLRF system for a novel, compact,
superconducting cyclotron for radioisotope production (PDF)
Daniel Gavela
Pérez1, José Miguel Barcala1,
Antonio Esteve1, Ángel Guirao1, Jesús Marín1,
Concepción Oliver1, Luis García-Tabares1, Fernando Toral1,
Cristina Vázquez1, Francis Pérez2, Ángela Salom2
1Ciemat, Madrid, Spain, 2CELLS,
Cerdanyola del Vallès, Spain
P-23 Experience with the PIP-II Injector
Test
Jonathan Edelen1, Brian
Chase1, Joshua Einstein-Curtis1, Edward Cullerton1,
Philip Varghese1
1Fermilab, Batavia, United
States
P-24 Overview of Improvements for the
J-PARC Linac LLRF System (PDF)
Kenta Futatsukawa1
1High Energy Accelerator
Research Organization, Tsukuba, Japan
P-25 Current status of LLRF development
at RISP
Hyojae Jang1, Kyungtae
Seol1, Oh Ryong Choi1, Do Yoon Lee1, Ki Taek
Son1, Hoe Chun Jeong1
1IBS, Daejeon, South Korea
P-26 A LLRF Hardware Testbench for
LCLS-II (PDF)
Jorge Diaz Cruz1,2, Andrew Benwell2, Alessandro Ratti2,
Matt Boyes2, Lawrence Doolittle3, Carlos Serrano3,
Gang Huang3
1Colorado State
University, Fort Collins, United States, 2SLAC National Accelerator
Laboratory, Menlo Park, United States, 3LBNL, Berkeley, United
States
P-27 Racks, A Comfortable Home for
LCLS-II LLRF (PDF)
Andrew Benwell1, Matt
Boyes1, Mike DiSalvo1, John Hugyik1, John
Krzaszczak1, Andrew McCollough1, Alex Ratti1, Lawrence
Doolittle2, Carlos Serrano2, Brian Chase3,
Curt Hovater4
1SLAC, Menlo
Park, USA, 2LBNL, Berkeley, USA, 3FNAL, Batavia, USA, 4JLAB,
Newport News, USA
P-28 Preliminary Commissioning Plans for
the LCLS-II LLRF System
Andrew Benwell1, Chris
Adolphsen1, Matt Boyes1, Jorge Diaz-Cruz1,
Paul Emma1, Alex Ratti1, John Schmerge1, Lawrence
Doolittle2, Gang Huang2, Carlos Serrano2,
Brian Chase3, Josh Einstein3, Ramakrishna Bachimanchi4,
Curt Hovater4
1SLAC, Menlo
Park, USA, 2LBNL, Berkeley, USA, 3FNAL, Batavia, USA, 4JLAB,
Newport News, USA
P-29 Update on FRIB LLRF development and
production (PDF)
Shen Zhao1, Dan
Morris1, Harsh Maniar1
1Facility For Rare Isotope
Beams, Michigan State University, East Lansing, United States
P-30 Beam loading and LLRF considerations
for FCC-ee (PDF)
Andrew Butterworth1, R. Calaga1,
J. Esteban-Mueller1, I. Karpov1
P-31 Adaptive beam loading compensation
in room temperature bunching cavities
Jonathan Edelen1, Brian
Chase1, Edward Cullerton1, Philip Varghese1
1Fermilab, Batavia, United
States
P-32 Analysis of Iterative Learning
Control in Frequency domain
Ken Fong1, Mike
Laverty1, Qiwen Zheng1
1Triumf, Vancouver, Canada
P-33 Energy-optimal cavity filling (PDF)
Olof Troeng1, Bo
Bernhardsson1, Anders J Johansson1
1Lund University, Sweden
P-34 Automation of RF Cavity Conditioning (PDF)
Roger Kalt1, Jürgen
Alex1, Florian Löhl1
1Paul Scherrer Institut,
Villigen PSI, Switzerland
Martin Hierholzer1, Martin
Killenberg1, Geogin Varghese1, Nadeem Shehzad1,
Michele Viti1, Sebastian Marsching2, Adam Piotrowski3,
Christian Schmidt1, Ludwig Petrosyan1, Tomasz Kozak1,
Pawel Predki4, J. Wychowaniak4, Adam Dworzanski5,
Krzysztof Czuba5
1DESY, Hamburg, Germany, 2aquenos
GmbH, Baden-Baden, Germany, 3FastLogic GmbH, Lodz, Poland, 4University
of Technology, Lodz, Poland, 5University of Technology, Warsaw,
Poland
P-36 Digital LLRF control system on BEPCII
Wang Mu Yuan1
1Institute Of High Energy
Physics Institution, Beijng, China
P-37 Simulation of microphonic effects in
high Ql TESLA cavities during CW operations (PDF)
Andrea Bellandi1, Julien
Branlard1, Holger Schlarb1, Christian Schmidt1,
Sven Pfeiffer1
1Desy, Hamburg, Germany
Joly Christophe1, Sarlin Wladimir1, Le Ster Thomas1
1Cnrs-ipn, Orsay, France
P-39 Resonance Frequency Tuning of an RF
Cavity through Sliding Mode Extremum Seeking
Ramona Leewe1, Ken Fong1,
Zahra Shahriari1
1TRIUMF, Vancouver, Canada
P-40 STARFISH-PY: A Versatile Toolchain
for the Analysis of Synchrotron RF Systems’ Data (PDF)
Dieter Lens1, Harald
Klingbeil1,2
1GSI, Darmstadt, Germany, 2Technische
Universität Darmstadt, Darmstadt, Germany
P-41 Pulsed Digital LLRF Control System
for Sub Harmonic Pre-Buncher of IR-FEL
Pritam S Bagduwal1, Nitesh
Tiwari1, Dheeraj Sharma1, Mahendra Lad1
1Raja Ramanna Centre For
Advanced Technology, Indore, India
P-42 DSP Implementation of an Iterative
Learning Controller (PDF)
Michael Laverty1, Ken Fong1,
Qiwen Zheng1
1Triumf, Vancouver, Canada
Qunyao Wang1, Haiying Lin1, Pei Zhang1, Yi
Sun1, Guangwei Wang1, Muyuan Wang1
1Institute of High Energy
Physics, Beijing, China
Axel Neumann1
1Helmholtz Zentrum Berlin,
Berlin, Germany
P-45 Kalman filter implementation by
MTCA4.0 for gun cavity detuning compensation
Andriy Ushakov1,
Axel Neumann1, Pablo Echevarria1
1Helmholtz-Zentrum Berlin,
Berlin, Germany
P-46 Digital Low Level RF control for
Advanced Light Source (PDF)
Qiang Du1, Kenneth Baptiste1,
Michael Betz1, Massimiliano Vinco1, Lawrence Doolittle1, Gang Huang
1Lawrence Berkeley
National Lab, Berkeley, United States
P-47 BIDS, the open source building
blocks for a high precision RF control system
Gang Huang1, Lawrence Doolittle1, Qiang Du1, Carlos Serrano1
1Lawrence Berkeley
National Laboratory, Berkeley, United States
P-48 Exploring possibilities for active michrophonic
compensation of BNL SRF Cavities (PDF)
Freddy Severino1,Thomas
Hayes1, Kevin Mernick1, Geetha Narayan1,
Salvatore Polizzo1, Carlos Ramirez1, Kevin S Smith1,
Alexander Zaltsman1
1Brookhaven National
Laboratory, Upton, United States
P-49 A novel double sideband-based phase
averaging line
Zhenyang Lin1
1Haidian, Beijing, China
P-50 FRIB LLRF control: issues and
improvements (PDF)
Shen Zhao1, Dan
Morris1, Harsh Maniar1
1Facility For Rare Isotope
Beams, Michigan State University, East Lansing, United States
Zhexin Xie1,2,
Zhenchen Mu1,2,
Linyan Rong1,2,
Wenzhong Zhou1,2,
Bo Wang1,2, Maliang Wan1,2, Meifei Liu1,2, Xinan Xu1,2, Jian Li1,2, Zonghua Zhang1,2, Jimin Qiao1,2
1China Spallation Neutron
Source (CSNS), Institute of High Energy Physics (IHEP), Chinese Academy of
Sciences (CAS), Dongguan, China, 2Dongguan Institute of Neutron
Science (DINS), Dongguan, China
P-52 High Density Mixed Signal Hardware Design
for Scientific Measurement and Control (PDF)
Daniel Van Winkle1, Josef
Frisch1, Steve Smith1, John Dusatko1
1Slac National Accelerator
Laborator, Menlo Park, United States
P-53 Upgrade of
the MicroTCA.4 based LLRF down-converter series for up
to 6GHz
operation frequency.
Matthias Hoffmann1, Uros
Mavric1, Frank Ludwig1, Holger Schlarb1
1DESY, Hamburg, Germany
P-54 LLRF for the RFQ prototype of the
MYRRHA project (PDF)
Christophe Joly1, Thomas
Lester1, Wladimir Sarlin3, Beng-Yun Ky1, Jean-François
Yaniche1, Sylvain Berthelot1, Holger Podlech2,
Dirk Vandeplassche3
1Institut de Physique
Nucléaire d'ORsay (CNRS-IN2P3), Orsay, France, 2Johann Wolfgang
Goethe Universitaet (IAP),,
Frankfurt am Main, Germany, 3Centre
d'études et de recherche Nucléaire (SCK*CEN), Mol, Belgium
P-55 Evaluation of the extension of the
MTCA.4 board connectivity to the rear side of crates (PDF)
Uros Mavric1, Michael
Fenner1, Julien Branlard1, Holger Schlarb1,
Dariusz Makowski2, Aleksander Mielczarek2, Filip Makowski2
1Desy, Hamburg, Germany, 2LUT-DMCS,
Lodz, Poland
P-56 NSLS-II LINAC RF Control System:
Requirement and Implementation
Hengjie Ma1, James
Rose1
1NSLS-II, Brookhaven
National Laboratory, Upton, United States
Cagil Gumus, Thomas Walter, Christian Schmidt, Konrad Przygoda, Martin Hierholzer
1DESY, Hamburg, Germany
P-58 The upgrade of J-PARC LINAC LLRF
system (PDF)
Song Li 1
1Japan Proton Accelerator
Research Complex (J-PARC), 2-4 Shirakata, Tokai-mura, Naka-gun, Ibaraki
319-1195, Japan
P-59 LLRF Upgrade Plans for PSI’s Proton
Accelerator (PDF)
Andreas Hauff1
1Paul Scherrer Institut,
Villigen, Switzerland
P-60 LLRF controls in SuperKEKB Phase-1
commissioning (PDF)
Tetsuya Kobayashi1, Kazunori
Akai1, Kota Nakanishi1, Michiru Nishiwaki1,
Shin-ichi Yoshimoto1, Kouki Hirosawa2
1KEK, Tsukuba, Japan, 2SOKENDAI,
Tsukuba, Japan
P-61 Hardware Concept for the SLS 2 LLRF
Systems (PDF)
Kristian Ambrosch1, Mario
Jurcevic1, Roger Kalt1
1Paul Scherrer Institute, Villigen,
Switzerland
P-62 Linac4 LLRF - An update
Robert Borner1, Philippe
Baudrenghien, Bartosz Bielawski, Javier Galindo, Gregoire Hagmann, Bruno
Kremel
1CERN, Geneva, Switzerland
P-63 Additive phase-noise in frequency
conversion in LLRF systems
Igor Rutkowski1
1Warsaw University Of
Technology, ISE, Warsaw, Poland
Diego Barrientos1, John
Molendijk1, Thomas Bohl1, Andy Butterworth1,
Heiko Damerau1, Wolfgang Höfle1, Michael Jaussi1
1CERN, Geneva, Switzerland
P-65 A 1 GHz RF Trigger Unit implemented
in FPGA logic (PDF)
Diego
Barrientos1, John Molendijk1, Gregoire
Hagmann1
1CERN, Geneva, Switzerland
P-66 Upgrade of the Beam-synchronous RF
Source System in the CERN PS (PDF)
Heiko Damerau1, Damien
Perrelet1
1CERN, Geneva, Switzerland
P-67 The structure and status of the LLRF
System for PAL-XFEL (PDF)
Jinyul Hu1, W. H.
Hwang1, G.-Y. Moon1, H.-S. Kang1, H.-S. Lee1,
C.-K. Min1, H. Heo1, O. J. Kim2, H. S. Lee2,
Y. S. Kim3, J. H. Chang3, J. S. Han3
1Pohang Accelerator
Laboratory (PAL), Pohang, South Korea, 2Mobiis Co., Ltd, Seoul,
South Korea, 3RFPT Co., Ltd, Anyang, South Korea
P-68 Polish in-kind Contribution to ESS
LLRF Control System (PDF)
Krzysztof Czuba1, Szewiński Jarosław2,
Cichalewski Wojciech3, Andrzej Napieralski3, Adam
Abramowicz1, Zbigniew Gołębiewski2, Dariusz
Makowski3, Ignacy Kudla2, Paweł Krawczyk2,
Marcin Gosk2, Maciej Grzegrzołka1, Igor Rutkowski1
1Warsaw University Of
Technology, Warsaw, Poland, 2NCBJ, Otwock/Świerk, Poland, 3Technical
University of Lodz, Lódź, Poland
P-69 Cavity simulator for LLRF
Hardware-in-the-Loop Simulations
Eukeni Aldekoa1, Pablo
Echevarria1, Axel Neumann1, Andriy Ushakov1
1Helmholtz Zentrum Berlin,
Berlin, Germany
P-70 FERMI LLRF High Power S-Band RF Test
Stand development for breakdown diagnostics of accelerating structures.
Federico
Gelmetti1, Claudio Serpico1, Massimo Milloch1,
Mauro Predonzani1
1Elettra Sincrotrone
Trieste Scpa, Trieste, Italy
P-71 LCLS-II gun/buncher and APEX LLRF
development
Gang Huang1, Lawrence
Doolittle1
1Lawrence Berkeley
National Laboratory, Berkeley, United States
P-72 Multi-frequency Supported LLRF
Front-end
QI Chen1,2,3, Lawrence
Doolittle2, Gang Huang2, Yuan He1, Xianwu Wang1
1Institute Of Modern
Physics, Chinese Academy Of Sciences, LANZHOU, China, 2Lawrence
Berkeley National Laboratory, Berkeley, United States, 3University
of Chinese Academy of Sciences, Beijing, China
P-73 Piezo control for XFEL (PDF)
Mariusz Grecki1, for LLRF group
1DESY, Hamburg, Germany
P-74 SoC Architectures in LLRF at
Fermilab (PDF)
Brian Chase1, Ed Cullerton1, Joshua Einstein-Curtis1, Philip
Varghese1
1Fermilab, Batavia, United
States
P-75 SwissFEL C-band downconverter design (PDF)
Alexander Dietrich1
1Paul Scherrer Institut,
Villigen, Switzerland
Franklin Frye1
1Ornl-sns, Oak Ridge,
United States
P-77 Implementation of a One-Turn Delay
Feedback with a Fractional Delay Filter (PDF)
Lorenz Schmid1, Philippe
Baudrenghien1, Gregoire Hagmann1
1CERN, Geneva, Switzerland
P-78 The ESS FPGA Framework and its
Application on the ESS LLRF System (PDF)
Christian Amstutz1, Maurizio
Donna1, Mehdi Mohammednezhad3, Anders J Johansson1,2
1European Spallation
Source, Lund, Sweden, 2Lund University, Lund, Sweden, 3Sigma
Connectivity, Lund, Sweden
P-79 Baseband board set for LCLS-II LLRF (PDF)
Lawrence Doolittle1, Gang
Huang1, John Jones1, Carlos Serrano1
1LBNL, Berkeley, United
States
P-80 LO and CLK generation modules for
LLRF system of European XFEL (PDF)
Mateusz Zukocinski1, Krzysztof
Czuba1, Matthias Hoffmann2, Frank Ludwig2, Uros
Mavric2, Maciej Urbanski1
1Warsaw University of
Technology, Institute of Electronic Systems, Warsaw, Poland, 2Desys Elektronen-Synchrotron,
Hamburg, Germany
P-81 The Consideration of RF Reference
Phase Stabilization for the SuperKEKB Injector LINAC (PDF)
Na Liu1, Takako
Miura1,2, Toshihiro Matsumoto1,2, Dai Arakawa2,
Hiroaki Katagiri2, Yoshiharu Yano2, Shinichiro Michizono1,2,
Feng Qiu1,2, Sigit Basuki Wibowo1
1The Graduate University
for Advanced Studies (SOKENDAI), Shonan Village, Japan, 2High Energy
Accelerator Research Organization (KEK), 1-1 Oho, Tsukuba, Japan
P-82 Master Oscillator concept for ESS (PDF)
Anders Svensson1, Anders J
Johansson2
1European Spallation
Source, Lund, Sweden, 2Lund University, Lund, Sweden
P-83 High Level Applications for SwissFEL
LLRF System (PDF)
Zheqiao Geng1
1Paul Scherrer Institut,
Villigen Psi, Switzerland
P-84 FPGA-Based Cavity Phase Stabilization
for Coherent Pulse Stacking (PDF)
Yilun Xu1,2, Russell
Wilcox2, John Byrd2, Lawrence Doolittle2,
Qiang Du2, Gang Huang2, Yawei Yang2,
Chuanxiang Tang1, Wenhui Huang1
1Tsinghua University,
Beijing, China, 2Lawrence Berkeley National Laboratory, Berkeley,
USA
P-85 Soleil digital transverse bunch by
bunch feedback system upgrade
Rajesh Sreedharan1
1Synchrotron Soleil,
Gif-sur-yvette, France
P-86 Laser-to-RF Synchronization with
Femtosecond Precision
Christian Schmidt1, Thorsten
Lamb1, Lukasz Butkowski1, Ewa Felber1,
Matthias Felber1, Michael Fenner1, Szymon Jablonski1,
Tomasz Kozak1, Jost Müller1, Pawel Predki1,
Cezary Sydlo1, Mikheil Titberidze1, Falco Zummack1
1Desy, Hamburg, Germany
P-87 Detuning and field control of an SRF
Photoinjector Cavity for the bERLinPro Energy Recovery Linac
Axel Neumann1, Andriy
Ushakov1, Pablo Echevarria1
1Helmholtz Zentrum Berlin,
Berlin, Germany
P-88 XFEL RF Synchronization System
Dominik Sikora1, Krzysztof
Czuba1, Paweł Jatczak1, Dawid Kołcz1,
Maciej Urbański1, Martin Killenberg2, Frank Ludwig2,
Heinrich Pryschelski2, Holger Schlarb2, Nadeem Shehzad2
1Warsaw University of
Technology, ISE, Warsaw, Poland, 2Deutsches Elektronen-Synchrotron
DESY, Hamburg, Germany
P-89 Status update on the 1.3 GHz Master
Oscillator of the European XFEL (PDF)
Bartosz Gąsowski1,
Łukasz Zembala1, Stanisław Hanasz1, Tomasz
Owczarek1, Krzysztof Czuba1, Henning-Christof Weddig2,
Holger Schlarb2, Julien Branlard2
1Warsaw University of
Technology, ISE, Warsaw, Poland, 2DESY, Hamburg, Germany
P-90 Cavity Simulator for the European
Spallation Source (PDF)
Maciej Grzegrzółka1, Igor
Rutkowski1, Krzysztof Czuba1
1Warsaw University Of
Technology, ISE, Warsaw, Polska
P-91 CERN’s VXS LLRF platform: new features & beam results
Maria Elena
Angoletta1
Simon Albright1, Alan Findlay1, Steven Hancock1, Michael Jaussi1 , John Molendijk1, Danilo Quartullo1, Jorge Sanchez-Quesada1
1Cern, Geneva, Switzerland
P-92 The SPS LLRF upgrade project: An
update (PDF)
Gregoire Hagmann1, Javier
Galindo Guarch1,2, Gerd Kotzian1, Lorenz Schmid1,
Arthur Spierer1, Philippe Baudrenghien1
1Cern, Geneva,
Switzerland, 2UPC, Barcelona, Spain
P-93 LLRF Resonance Control System for
LCLS2
Ramakrishna Bachimanchi1, Brian
Chase2, Joshua Einstein-Curtis 2, Curt Hovater1,
Gang Huang3
1Jefferson Lab, Newport
News, United States, 2Fermi Lab, Chicago, United States, 3Berkeley
Lab, Berkeley, United States
P-94 Modular Low-Noise Piezoamplifier
Driver for SRF Applications (PDF)
Brian Chase1, Joshua Einstein-Curtis1, Dan
Klepec1
1Fermilab, Batavia, United
States
P-95 Phase Reference Distribution System
for European Spallation Source (PDF)
Mateusz Zukocinski1, Krzysztof
Czuba1, Michal Kalisiak1, Tomasz Lesniak1,
Krzysztof Oliwa1, Radoslaw Papis1, Dominik Sikora1,
Anders Sunesson2, Wojciech Wierba1, Rihua Zeng2
1Warsaw University of
Technology, Institute of Electronic Systems, Warsaw, Poland, 2European
Spallation Source, ERIC, Lund, Sweden
P-96 Design Considerations for the RF
Reference distribution System for RISP linac
Kyungtae Seol1, Hyojae
Jang1, Hoechun Jung1
1IBS, Daejeon, South Korea
P-97 Low Level Upgrade for the brookhaven 200-MEV H-Linear
Accelerator
Freddy Severino1, Darryl
Goldberg1, Thomas Hayes1, Vincent Lo Destro1,
Kevin Mernick1, Geetha Narayan1, Kevin S. Smith1,
Alexander Zaltsman1
1Brookhaven National
Laboratory, Upton, United States
P-98 LCLS II Phase Reference System (PDF)
Chengcheng Xu1, Bo Hong1,
Josef Frisch1, Steve Smith1, Lawrence Ruckman1
1Slac National Accelerator
Lab, Menlo Park, United States
P-99 Digital Low Level
RF Systems for SESAME light Source (PDF)
Nasha't Sawai1,D. Foudeh, 1 E. Huttel1, A. Kurdi1 D.
Teytelman2
1Sesame, Allan, Jordan, 2 Dimtel, Inc, San José, United
States
P-100 Design and status of a MicroTCA.4 based LLRF system for TARLA (PDF)
Christian Schmidt¹ , Julien Branlard¹, Łukasz Butkowski¹,
Çağıl Gümüş¹, Martin Hierholzer¹,
Konrad Przygoda¹, Holger Schlarb¹Matthias
Hoffmann¹, Konrad Przygoda¹, Holger
Schlarb¹Avni Aksoy², Michael Kuntzsch³
DESY, ¹ Hamburg, Germany, ² TARLA, Ankara, Turkey,³ HZDR, Dresden, Germany