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First Results of Splice mapping in  the main circuits of Sector 12.

First Results of Splice mapping in  the main circuits of Sector 12. “Special” PLI2.s1 tests were done on RB.A12 and RQ.A12: RQD/RQF, 24/09/2009, 17h15-21h45; RB, 25/09/2009, 18h30-21h00; The current steps: 0,760A,1200A,1600A,2000A,…,0 (9 plateaus) The ramp rate: 10A/s

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First Results of Splice mapping in  the main circuits of Sector 12.

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  1. First Results of Splice mapping in the main circuits of Sector 12. • “Special” PLI2.s1 tests were done on RB.A12 and RQ.A12: • RQD/RQF, 24/09/2009, 17h15-21h45; • RB, 25/09/2009, 18h30-21h00; • The current steps: 0,760A,1200A,1600A,2000A,…,0 (9 plateaus) • The ramp rate: 10A/s • The plateau time: >10mins. MP3, 30/09/2009, Z.Charifoulline

  2. nQPS layout for bus-bar protection – example (R.Denz, MP3, 19/08/2009) “U_MAG” – magnet signal, which is total voltage drop on the “reference” magnet; “U_RES = Ubus–α*U_MAG” - bus bar signal; α=93.0E-5 (dipoles) and α=51.0E-3 (quads) – defaults values for dI/dt compensation; • _SPLICE signals are sent directly to analysis tools via special subscription to QPS supervision signals (developing by Odd Andreassen, additional few weeks?) • All signals are transferred to QPS supervision and TIMBER, certain status flags as well to LASER • All signals are recorded on change; dead-bands apply only to LSB • LSB U_RES = 1.5 nV(24bit, ±12.5mV) • LSB U_MAG = 305 nV MP3, 30/09/2009, Z.Charifoulline

  3. nQPS layout for bus-bar protection – example (R.Denz, MP3, 19/08/2009) “U_MAG” – magnet signal, which is total voltage drop on the “reference” magnet; “U_RES = Ubus–α*U_MAG” - bus bar signal; α=93.0E-5 (dipoles) and α=51.0E-3 (quads) – defaults values for dI/dt compensation; • _SPLICE signals are sent directly to analysis tools via special subscription to QPS supervision signals (developing by Odd Andreassen, additional few weeks?) • All signals are transferred to QPS supervision and TIMBER, certain status flags as well to LASER • All signals are recorded on change; dead-bands apply only to LSB • LSB U_RES = 1.5 nV(24bit, ±12.5mV) • LSB U_MAG = 305 nV U_RES_SPLICE(I) = U0 + Rbus*I + {∆α*U_MAG_SPLICE(I)}; U_MAG_SPLICE(I) = U0 + Rmag*I; MP3, 30/09/2009, Z.Charifoulline

  4. A12.RQD/RQF: U_RES_SPLICE vs Time & I_MEAS vs Time MP3, 30/09/2009, Z.Charifoulline

  5. A12.RQD/RQF: U_RES_SPLICE vs Time & I_MEAS vs Time MP3, 30/09/2009, Z.Charifoulline

  6. A12.RQD/RQF: U_RES_SPLICE vs I_MEAS MP3, 30/09/2009, Z.Charifoulline

  7. A12.RQD/RQF: BusSegmentReistancevsnQPS Crate MP3, 30/09/2009, Z.Charifoulline

  8. A12.RQD/RQF: BusSegmentReistancevsnQPS Crate MP3, 30/09/2009, Z.Charifoulline

  9. A12.RQD/RQF: BusSegmentReistancevsnQPS Crate MP3, 30/09/2009, Z.Charifoulline

  10. A12.RQD/RQF: BusSegmentReistancevsnQPS Crate MP3, 30/09/2009, Z.Charifoulline

  11. A12.RQD/RQF: BusSegmentReistancevsnQPS Crate MP3, 30/09/2009, Z.Charifoulline

  12. A12.RQD/RQF: BusSegmentReistancevsnQPS Crate MP3, 30/09/2009, Z.Charifoulline

  13. A12.RQD/RQF: BusSegmentReistancevsnQPS Crate 8 32 18 8 14 Thanks to C.Lorin, F.Bertinelli for Splice Num Mapping MP3, 30/09/2009, Z.Charifoulline

  14. A12.RQD/RQF: BusSegmentReistancevsnQPS Crate 8 32 18 8 14 Thanks to C.Lorin, F.Bertinelli for Splice Num Mapping MP3, 30/09/2009, Z.Charifoulline

  15. A12.RB: BusSegmentReistancevsnQPS Crate (current flow) MP3, 30/09/2009, Z.Charifoulline

  16. A12.RB: BusSegmentReistancevsnQPS Crate (current flow) Thanks to C.Lorin, F.Bertinelli for Splice Num Mapping MP3, 30/09/2009, Z.Charifoulline

  17. A12.RB: BusSegmentReistancevsnQPS Crate (current flow) Thanks to C.Lorin, F.Bertinelli for Splice Num Mapping MP3, 30/09/2009, Z.Charifoulline

  18. 32 splices MP3, 30/09/2009, Z.Charifoulline

  19. Sector A12, nQPS, Preliminary conclusion (29/09/2009): • bus segments resistance measurement based on U_RES signals looks very promising; • inductance compensation works well and almost done, there are few units to be fixed; • next step will be to perform nQPS-IST and switch on the protection, I think; • but, magnets resistance measurements based on U_MAG signals are noisy and not yet fully • analyzed to be interpreted correctly; MP3, 30/09/2009, Z.Charifoulline

  20. A12.RB: Snapshots MP3, 30/09/2009, Z.Charifoulline

  21. A12.RB: Snapshots MP3, 30/09/2009, Z.Charifoulline

  22. A12.RQD/F: Snapshots MP3, 30/09/2009, Z.Charifoulline

  23. A12.RQD/F: Snapshots MP3, 30/09/2009, Z.Charifoulline

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