List of posters

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 Klingbeil^1,2, 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 Cruz^1,2, 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

 

P-35 ApplicationCore: A Framework for Modern Control Applications at the Example of a Facility Independent LLRF Server (PDF)

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

 

  P-38 EPICS and VHDL developments in the LLRF for MYRRHA Project's RFQ prototype (PDF)

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 Klingbeil^1,2

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

 

P-43 A noise suppression method based on system identification for the HEPS-TF 166.6 MHz LLRF system (PDF)

Qunyao Wang¹, Haiying  Lin¹, Pei Zhang¹, Yi Sun¹, Guangwei Wang¹, Muyuan Wang¹

¹Institute of High Energy Physics, Beijing, China

 

P-44 Detuning, RF stability and transient beam-loading studies of RF control for the BESSY VSR higher harmonic SC Cavities (PDF)

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

 

P-51 VSWR Protection System and Cavity Frequency Tuning System for RF Power Source at CSNS LINAC (PDF)

Zhexin Xie^1,2, Zhenchen  Mu^1,2, Linyan  Rong^1,2, Wenzhong  Zhou^1,2, Bo  Wang^1,2, Maliang  Wan^1,2, Meifei  Liu^1,2, Xinan  Xu^1,2, Jian  Li^1,2, Zonghua  Zhang^1,2, Jimin  Qiao^1,2

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

 
P-57 LLRF Applications and Advancement of MicroTCA Technology

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

 

P-64 Commissioning and performance of a phase-compensated optical link for the AWAKE experiment at CERN (PDF)

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 Chen^1,2,3, 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

 

P-76 Design and Development of FMC RF Data Converter Modules for the SNS Ring LLRF Control System (PDF)

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 Johansson^1,2

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 Miura^1,2, Toshihiro Matsumoto^1,2, Dai Arakawa², Hiroaki Katagiri², Yoshiharu Yano², Shinichiro Michizono^1,2, Feng Qiu^1,2, 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 Xu^1,2, 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 Guarch^1,2, 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