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Eighth CW and High Average Power RF Workshop

13–16 May 2014
Elettra - Sincrotrone Trieste
Europe/Zurich timezone

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Session

Tuesday afternoon 1

13 May 2014, 14:00
Hotel NH Trieste (Elettra - Sincrotrone Trieste)

Hotel NH Trieste

Elettra - Sincrotrone Trieste

Hotel NH Trieste Corso Cavour 7 34132 Trieste Italy

Conveners

Tuesday afternoon 1

  • Francis PEREZ (CELLS)
  • Francis Perez (A)
  • Francis Perez (ALBA Synchrotron)

Presentation materials

There are no materials yet.

  1. 25. High Power RF System Status and Experience for the PLS-II Storage Ring
    Myunghwan CHUN (PAL(Pohang Accelerator Laboratory)/POSTECH)
    13/05/2014, 14:00
    SPC judgements
    Oral presentation
    The RF system of the Pohang Light Source-II (PLS-II) storage ring is operating at the 3.0 GeV/300 mA with three superconducting RF (SRF) cavities. PLS-II RF system was upgraded to 3.0 GeV/400 mA(max.) beam storage from 2.5 GeV/ 200mA of PLS. Each high power RF (HPRF) station is composed of a 300 kW klystron with power supply unit, transmission components including a 350 kW circulator and load,...
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  2. 2. Precision manufacturing considerations of 200 MHz LINAC amplifier
    Mr Kerry Cozad (Continental Electronics Corporation), Michael Troje (Continentaql Electronics Corp)
    13/05/2014, 14:30
    SPC judgements
    Oral presentation
    Tubes remain the most effective solution for 200 MHz Final Power Amplifier (FPA) design. An overview of design and manufacturing considerations of a 201.25 MHz FPA, built to Los Alamos Neutron Science Center (LANCE) specifications, will be presented. Precision manufacturing and assembly of amplifier components is critical for optimizing performance of advanced tube design, such as the Thales...
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  3. 29. Impact of RF Source Efficiency on RF Accelerator Sustainability
    Craig Burkhart (S)
    13/05/2014, 15:00
    SPC judgements
    Oral presentation
    RF accelerator electrical energy consumption at the U.S. DOE laboratories was 1 TW-hr in FY2012, and is projected to rise to 1.5 TW-hr by 2018. A major fraction of this energy is used to produce RF power (e.g. this fraction is >50% at SLAC, which is ~40% of the total site energy usage). Although it has long been recognized that improving the efficiency of RF sources would improve...
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