1. K.Hanke / TDR Meeting / 13 June 2006 Linac 4 Diagnostics L4: K. Hanke, M.Pasini (requirements, specifications, integration) AB/BI: U.Raich et al. (technical responsibility)

2. K.Hanke / TDR Meeting / 13 June 2006 We divide the diagnostics in two main categories: commissioning and day-to-day operation. The first will be used to find the right settings of the machine and to study the beam quality and machine performance. The second will be used to survey the machine and for fine tuning. General Remarks

3. K.Hanke / TDR Meeting / 13 June 2006 Commissioning source/LEBT: intensity: retractable Faraday cup and beam current transformer. emittance: scanning slit device with SEM grid (also steering, quantify sc compensation and commission pre- chopper; time resolution required) measurement in stages: source, first solenoid, RFQ input plane energy spread: temporary set-up with slit, spectrometer and SEM grid; read-out of SEM time resolved; additional FC at exit of spectrometer line. RFQ and chopper line: IPHI diagnostic line (TOF energy measurement, dipole, wire scanners, pick-ups). chopper line: two beam current transformers and BSHM

4. K.Hanke / TDR Meeting / 13 June 2006 Commissioning DTL tank 1, 2, 3: movable diagnostics bench (MB): transmission, transverse and longitudinal emittance, energy and energy spread, set rf phase and voltage. moving slit device (transv. emittance) energy degrader (set phase) Faraday cup time-of-flight energy measurement bunch length measurement (Feschenko monitor) CCDTL, SCL: setting-up using the permanently installed diagnostics full commissioning (only at high energy): transport the beam to a permanently installed measurement line at the exit of the linac (depending on installation schedule) energy: spectrometer dipole in the ML and time-of-flight (phase pu) in the linac bunch length measurement (Feschenko monitor)

5. K.Hanke / TDR Meeting / 13 June 2006 Operation source/LEBT/RFQ/chopper line: intensity: retractable Faraday cup and beam current transformer. profile: SEM grid. RFQ and chopper line: intensity: two beam current transformers permanently installed upstream and downstream of the chopper. position/phase/intensity: 3 pick-ups

6. K.Hanke / TDR Meeting / 13 June 2006 Operation DTL, CCDTL, SCL: position/phase/intensity: after each tank of the DTL, after each of the 8 modules of the CCDTL and after each of the 4 modules of the SCL. combined position and phase pu, which measures also the beam current within 5%. beam loss (interlock!): BLMs along the linac and transfer line. beam current: in addition “real” beam current transformers after DTL, CCDTL, SCL and in the transfer line (HEBT). beam profile (SEM grids): after tank 3 of the DTL, after modules 4 and 8 of the CCDTL and after modules 2 and 4 of the SCL.

7. K.Hanke / TDR Meeting / 13 June 2006 Exit of Linac and Transfer Line exit of linac: measurement line for transverse and longitudinal emittance and energy, transformer transfer line: position/phase/intensity: pick-ups, transformers and beam loss monitors.

8. K.Hanke / TDR Meeting / 13 June 2006 Diagnostics Overview systempositionquantity time-of-flightMB/Linac1/1 spectrometerLEBT/MEBT/ML1/1/1 phase pick-upMB/MEBT/DTL/CCDTL/SCL/HEBT1/3/3/8/4/12 beam position monitor MB/MEBT/DTL/CCDTL/SCL/HEBT1/3/3/8/4/12 beam current transf.LEBT/MEBT/MB/DTL/CCDTL/SCL/ HEBT 1/2/1/1/1/1/7 beam profile monitorLEBT/MB/DTL/CCDTL/SCL/BI1/1/1/2/2/8 moving slitMB/ML/HEBT(LBE)1/1/1 bunch length monitor MB/ML1/1 Faraday cupLEBT/MB1/1 beam loss monitorMB/linac/HEBT1/8/20

9. K.Hanke / TDR Meeting / 13 June 2006 Diagnostics Overview DTL DTL tank1DTL tank2DTL tank3 BLM SEM Grid Beam Loss Monitor Beam Current Transformer Position, Intensity and Phase pick-up

10. K.Hanke / TDR Meeting / 13 June 2006 CCDTL module1 CCDTL module2 CCDTL module3CCDTL module4 BLM Diagnostics Overview CCDTL 1-4

11. K.Hanke / TDR Meeting / 13 June 2006 CCDTL module5 CCDTL module6 CCDTL module7CCDTL module8 BLM Diagnostics Overview CCDTL 2-8

12. K.Hanke / TDR Meeting / 13 June 2006 SCL module1 SCL module2 SCL module3 SCL module4 BLM Diagnostics Overview SCL

13. K.Hanke / TDR Meeting / 13 June 2006 Technical Specifications Need input from AB/BI - Beam current transformer - SEM Grid - Bunch Length Monitor - Time of Flight - Spectrometer dipole - Phase, position and current pick-up - Beam Loss Monitor