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LLRF Cavity Simulation for SPL

LLRF Cavity Simulation for SPL

LLRF Cavity Simulation for SPL. Simulink Model for HP-SPL Extension to LINAC4 at CERN from RF Point of View. Acknowledgement: CEA team, in particular O. Piquet ( simulink model) W. Hofle , J. Tuckmantel , D. Valuch , G. Kotzian , F. Gerigk , M. Schuh , P. A. Posocco.

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521 views • 37 slides
The European Spallation Source

The European Spallation Source

The European Spallation Source. Dave McGinnis Chief Engineer – ESSAccelerator Division IVEC 2013. Overview. The European Spallation Source (ESS) will house the most powerful proton linac ever built. The average beam power will be 5 MW which is five times greater than SNS.

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499 views • 32 slides
Project X Linac

Project X Linac

Project X Linac. Giorgio Apollinari Fermilab Accelerator Advisory Committee August 8 th - 10 th , 2007. Outline. Introduction Description of Project X Linac Beam Line Components and Considerations RF Power, Civil and Cryogenics Considerations Conclusions. Introduction.

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488 views • 20 slides
Chapter 11

Chapter 11

Chapter 11. RF cavities for particle accelerators. Rüdiger Schmidt (CERN) – Darmstadt TU - 2011 –Version E2.2. Accelerating structures in linear and circular accelerators . Acceleration cavity (cavity) A nalogy between oscillating circuit and cavity Cylindrical cavity

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500 views • 18 slides
The 325 MHz Solution

The 325 MHz Solution

The 325 MHz Solution. David Neuffer January 2013. Outline. Front End for the IDS Neutrino Factory Basis for engineering/costs Rf , requirements Engineering required Redesign for 325 MHz ?? rf gradient/ B concerns Transit Time Factor Pill-box radius. Front End rf.

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250 views • 13 slides
Beamloading status

Beamloading status

Beamloading status. Energy gain of particles. NF linac - worst case – one proton pulse: 17 MV/m , 0.75 m, transit time factor ~ 0.636* ~ 10 MV ~ 1.6 pJ per particle and cavity, ~ 37 mJ per bunch, ~ 3.2 J per bunch train

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221 views • 11 slides

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