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Measurements of transient Effects on Bunch Elongation with Super-3HC at SLS

Presentation of Camshaft mode bunch length measurements showing varying gap and current parameters for different filling patterns at SLS conducted by Marco Pedrozzi during the 8th ESLS RF meeting in Daresbury on 29th-30th September 2004. Includes detailed analysis and simulation data with a multibunch single particle tracking code.

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Measurements of transient Effects on Bunch Elongation with Super-3HC at SLS

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  1. Measurements of transient Effects • on Bunch Elongation • with Super-3HC at SLS On behalf of Marco Pedrozzi 8th ESLS RF meeting, Daresbury, 29th-30th September 2004

  2. Summary Camshaft mode bunch length measurements. I average = 300 mA for all filling patterns

  3. 30% gap – Camshaft current 0.536mA Camshaft bunch 435 - Start/end gap 336/480 (bunch 0 and 480 are the same)

  4. 30% gap – Camshaft current 0.893mA Camshaft bunch 435 - Start/end gap 336/480 (bunch 0 and 480 are the same)

  5. 30% gap – Camshaft current 1.78 mA Camshaft bunch 435 - Start/end gap 336/480 (bunch 0 and 480 are the same)

  6. 30% gap – Camshaft current 2.68 mA Camshaft bunch 435 - Start/end gap 336/480 (bunch 0 and 480 are the same)

  7. 40% gap – Camshaft current 0.56mA Camshaft bunch 384 - Start/end gap 288/480 (Remarks bunch 0 and 480 are the same, signal marginally saturate)

  8. 40% gap – Camshaft current 1.04mA Camshaft bunch 384 - Start/end gap 288/480 (Remarks bunch 0 and 480 are the same, signal marginally saturate)

  9. 40% gap – Camshaft current 2.08mA Camshaft bunch 384 - Start/end gap 288/480 (Remarks bunch 0 and 480 are the same, signal marginally saturate)

  10. 40% gap – Camshaft current 3.12mA Camshaft bunch 384 - Start/end gap 288/480 (Remarks bunch 0 and 480 are the same, signal marginally saturate)

  11. 40% gap – Camshaft current 0.56mA Camshaft bunch 435 - Start/end gap 288/480 (Remarks bunch 0 and 480 are the same, signal marginally saturate)

  12. 40% gap – Camshaft current 1.042mA Camshaft bunch 435 - Start/end gap 288/480 (Remarks bunch 0 and 480 are the same, signal marginally saturate)

  13. 40% gap – Camshaft current 2.08mA Camshaft bunch 435 - Start/end gap 288/480 (Remarks bunch 0 and 480 are the same, signal marginally saturate)

  14. 40% gap – Camshaft current 3.12mA Camshaft bunch 435 - Start/end gap 288/480 (Remarks bunch 0 and 480 are the same, signal marginally saturate)

  15. 30% gap – Camshaft current 0.536mA Camshaft bunch 435 - Start/end gap 336/480 (bunch 0 and 480 are the same) Simulation with a multibunch single particle tracking code

  16. 40% gap – Camshaft current 0.56mA Camshaft bunch 384 - Start/end gap 288/480 (Remarks bunch 0 and 480 are the same, signal marginally saturate) Simulation with a multibunch single particle tracking code

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