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RF System Design Review

RF System Design Review. Welcome committee members Brian Chase Wolf-Dietrich Moeller Ralph Pasquinelli (chair) John Reid Jim Steimel Chuck Worel Charge to the committee Assess and comment on all technical aspects of the IB1 VTS RF system design, and Provide a written report. .

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RF System Design Review

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  1. RF System Design Review • Welcome committee members • Brian Chase • Wolf-Dietrich Moeller • Ralph Pasquinelli (chair) • John Reid • Jim Steimel • Chuck Worel • Charge to the committee • Assess and comment on all technical aspects of the IB1 VTS RF system design, and • Provide a written report.  VTS RF Design Review

  2. Outline of the RF Design Review • Intro to the Vertical Test Stand project (CMG) • VTS RF System Project (Joe) • RF System Design • Requirements • Block diagram • Specific components • RF System Implementation • Tasks, milestones, resources • Status and plans VTS RF Design Review

  3. IB1 VTS Overview • Test bare 1.3 GHz 9-cell SRF cavities • Measure Q vs. T • Measure Q vs. Eacc at 2K • Cryo capacity ~125 W at 2K • 250 W (CW) RF power required (Q>5x109, Eacc<35 MV/m) • Maintain “Controlled Area” status in IB1 VTS RF Design Review

  4. Location • West side of IB1, North of the Vertical Magnet Test Facility (VMTF) • Allows for the future construction a horizontal test cryostat (or something else) • Is in close proximity to the existing VMTF Cryogenic piping; may simplify the tie-in to the cryogenic services Vert. SRF Cryostat Cryo Piping VTS RF Design Review

  5. Location (cont.) Long-term plan for IB1 is to have both a vertical facility and a horizontal test facility (or something else) Radiation Shielding VMTF Vertical SRF IB1 Control Rm. VTS RF Design Review

  6. Civil Construction Complete (August 2) labyrinthine instrumentation trench recessed area vertical pit East North VTS RF Design Review

  7. Radiation Shielding • Shielding design complete • Design from MARS15 simulation (I. Rakhno) • approved by ES&H • available as Fermilab-TM-2350-AD • Design consists of pit walls, internal shielding plug, and movable lid • Movable radiation shielding lid part of personnel safety interlock system VTS RF Design Review

  8. VTS Project Schedule We are here • Schedule is driven by cryostat fabrication/installation • PSS interlock conceptual design before RF Design complete VTS RF Design Review

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