{"text_format":"2","workbook":"xls","n_sheets":20,"sheets":["KPP+UPP","Comp. Count","1.2 Acc Phys","1.3 Source","1.4 RF","Cryo Loads","1.5 Halbach","Halbach styles","Halbach girders","Halbach MAC","1.6 Splitters","S mag styles","1.7 PS","1.7 a","1.8 Ctrls","1.9 Instr","1.10 Vac","1.11 Sys Int","1.12 Comm","1.13 Safety"],"not_rendered":{"charts":0,"images":0,"macros":0,"external_links":1,"defined_names":0,"comments":0,"pivot_tables":0},"unopened":[],"bounds":{"document_bytes":16777216,"sheet_cells":100000,"run_cost":"one","rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":0,"cell_chars":16384,"cell_head_chars":4096},"cells_cut":0,"cells_raw":0,"read":"whole","date_system":"1900","formulas":"cached_only"}

{"sheet":"KPP+UPP","index":0,"n_rows":19,"n_cols":6,"rows_kept":19,"cut":false,"hidden":false,"merged":[],"flags":["formulas_cached_only"]}
["High level parameters (Oversight Board)",{"$nulls":4},"2016-03-30"]
["Parameter","Unit","Value ","Status ","Date","Comment"]
[]
["KEY PERFORMANCE PARAMETERS"]
["Number of ERL turns",null,1,"Active","2016-03-30"]
["Injector energy","MeV",6,"Active","2016-03-30"]
["Top energy (1 turn)","MeV",42,"Active","2016-03-30"]
["Gun current","mA",1,"Active","2016-03-30"]
["Bunch repetition rate","MHz",325,"Active","2016-03-30"]
["Energy aperture",null,2,"Active","2016-03-30"]
[]
["DESIGN (ULTIMATE) PARAMETERS"]
["Number of ERL turns",null,4,"Active","2016-03-30"]
["Top energy (4 turns)","MeV",150,"Active","2016-03-30"]
["Gun current","mA",40,"Active","2016-03-30"]
["Electron bunch charge","pC",123]
["Bunch repetition rate","MHz",325,"Active","2016-03-30"]
["Bunch repetition rate, max","MHz",1300,"Active","2016-03-30",1299.94]
["Energy aperture",null,4,"Active","2016-03-30"]

{"sheet":"Comp. Count","index":1,"n_rows":157,"n_cols":19,"rows_kept":157,"cut":false,"hidden":false,"merged":[],"flags":["formulas_cached_only"]}
["COMPONENT COUNTS"]
[]
[]
["WBS 1.2 Accelerator Physics",null,170204,null,null,"Component count by sector"]
["Component","Status","Name/description","TOTAL","Sector:","IN","LA","SX","FA","TA","ZA","ZB","TB","FB","RX","DU","DI",null,"FFAG Total"]
["1.5 MAGNETS"]
["Conventional dipole","Obsolete",null,44,null,3,null,18,{"$nulls":6},18,3,2]
["Conventional quadrupole","Obsolete",null,76,null,4,1,32,{"$nulls":6},32,3,4]
["FFAG type QF","Obsolete",null,108,null,null,null,1,16,24,13,13,24,16,1]
["FFAG type QD","Obsolete",null,107,null,null,null,1,16,24,13,12,24,16,1]
["Common dipole",null,null,4,null,null,null,2,{"$nulls":6},2]
["Septum dipole",null,null,8,null,null,null,4,{"$nulls":6},4]
["1.9 INSTRUMENTATION"]
["LLRF DAQ/Controllers",null,null,12,null,6,6]
["Beam Position Monitor (BPM) pickups (MLC test)",null,"13 existing, one new style w/ transition pipe",14,null,7,2,{"$nulls":9},5]
["Beam Position Monitor (BPM) pickups (final)",null,null,193,null,7,5,32,17,24,13,13,24,17,32,5,4,null,108]
["BPM electronics (MLC test)",null,"9 existing w/ switches for 13, 1 V301",14,null,7,2,{"$nulls":8},5]
["BPM electronics: DAQ/Controllers (final)",null,null,124,null,7,5,24,9,12,7,6,12,9,24,5,4,null,55]
["View-screen DAQ/Controllers (1 pass)",null,"7 existing, IN, LA, DI",28,null,2,2,2,2,3,3,2,3,2,2,2,3,null,15]
["View-screen DAQ/Controllers (multi pass)",null,"7 existing, IN, LA, DI",40,null,2,2,8,2,3,3,2,3,2,8,2,3,null,15]
["Beam Loss Monitors (BLM) ",null,null,48,null,8,6,4,4,6,3,3,6,4,4]
["Bunch Arrival Monitors (BAM) (final)",null,null,16,null,null,null,8,{"$nulls":6},8]
["Bunch Arrival Monitor (1 pass)",null,null,12,null,null,2,2,2,null,1,1,null,2,2]
["Beam Current Monitor",null,null,2,null,1,{"$nulls":8},"    ",1]
["Emittance Measurement",null,null,1,{"$nulls":12},1]
["Beam stops",null,"Pneumatic control",17,null,null,1,8,{"$nulls":6},8]
["1.10 VACUUM"]
["Instrumentation ports",null,null,80,null,2,2,10,8,12,6,6,12,8,10,2,2]
["Gate valves",null,null,11,null,4,2,0,1,0,1,0,0,1,0,1,1]
["NexTorr pumps",null,"This does not include GUN itself",28,null,3,2,4,2,3,1,1,3,2,4,1,2]
["CapaciTorr pumps",null,"This does not include GUN itself",32,null,2,0,6,2,3,2,2,3,2,6,2,2]
["Ion pumps",null,"This does not include GUN itself",2,null,0,0,0,0,0,0,0,0,0,0,2,0]
["Ion & Pirani gauges",null,null,10,null,2,2,1,1,0,0,0,0,1,1,1,1]
["Sliding joints",null,null,50,null,2,2,14,2,3,3,3,3,2,14,1,1]
[]
[]
["WBS 1.3 DC gun/injector",null,170115]
["Component","Status","Name/description","Count","Comment"]
["SF6 tank",null,null,6]
["New laser oscillator",null,null,1]
["Stands (mirror merger installation)",null,null,null,"80/20"]
["Magnets (mirror merger)",null,null,4]
["Vacuum - gate valve",null,"DM40",null,"VAT"]
["Vacuum pump",null,"NT200",1]
["Vacuum pump",null,"CT 200",2]
["Vacuum - ion gauge"]
["Girder",null,null,null,"80/20"]
[]
[]
["WBS 1.4 RF systems",null,170115]
["Component","Status","Name/description","Count","Comment"]
["Sensors for MLC,ICM"]
["LLRF - Fast ADC Boards",null,null,12]
["LLRF -Fast DAC Boards",null,null,12]
["LLRF -Vector Modulator"]
["LLRF - Mixer channels",null,null,20]
["LLRF: (Cables, Directional Couplers, Attenuators)"]
["LLRF: Tuner Drive System"]
["LLRF: Piezo Drive System"]
["LLRF -Cables and connectors"]
["LLRF -Network Analyzer",null,null,0]
["SS Amplifiers",null,"200 W",null,"For deflector cavity"]
[null,null,"5 kW",3,"For MLC rigid cavities"]
[null,null,"10 kW",3,"For MLC less-rigid cavities"]
["Stub Waveguide Tuners",null,null,3]
["Waveguide mounted Directional Couplers"]
["Deflector RF Cavity",null,null,1]
["Cryogenic MLC Transferline",null,null,1]
["Cryogenic MLC Elbow Transferline",null,null,1]
["MLC Pump Skids",null,null,3,"Phase 2"]
["MLC Pump Skid AC Wiring & Utility Power Parts",null,null,null,"All skids"]
["MLC Pump Skid - Water System Parts",null,null,null,"All skids"]
["MLC Pump Skid - Pumping Line Parts"]
["MLC Pump Skid - Warm Return, HP Helium & Air Line Parts"]
["MLC Pump Skid - Oxygen Monitoring",null,null,3]
["MLC Pump Skid - Flow Meters"]
["MLC Pump Skid - Pumping Line "]
["ICM Pump Skid - Pumping Line"]
["Helium Purifier - Parts"]
["Cryogenics Support - Backing Pumps"]
["Cryogenics Support - Turbos Pumps"]
["Cryogenics Support - Repair / Maint. Parts "]
[]
[]
["WBS 1.5 FFAG magnets & girders",null,"See sheets \"Halbach styles\" and \"Halbach girders\""]
[]
[]
["WBS 1.6 Splitters",null,170128]
["Component","Status","Name/description","Count","Spares","Comment"]
["H-dipole",null,"21x27x20",24,1]
["H-dipole",null,"21x27x30",12,1]
["Quadrupole",null,"14x14x15",64,1]
["Common magnet",null,null,4,0,"Spare coils only"]
["Septum",null,"Type 1",4,0,"Spare coils only"]
[null,null,"Type 2",4,0,"Spare coils only"]
["Vertical corrector",null,"Type 1",16,0,"Efforts underway to integrate vertical correction into Quad as trim coils"]
[null,null,"Type 2",16,0,"Efforts underway to integrate vertical correction into Quad as trim coils"]
["Girder",null,null,4,0,"One type for four locations"]
["Magnet mount (static)",null,null,112,0,"All magnets and types"]
["Magnet translation stage (dynamic)",null,null,8,0,"Translation stages for beam path adjustment"]
["Motor (for stages)",null,null,16,2,"Two motors per stage"]
["Motor controller",null,null,8,1,"One controller drives a pair of motors"]
["Bulkhead connector plate",null,null,20,0,"Five types per girder"]
["Cable, Magnet",null,null,144,0]
["Cable, BPM",null,null,64,0]
["Cable, Instrumentation",null,null,16,0,"2 per line"]
["Cable, Vacuum",null,null,16,0,"2 per line"]
["Water manifold",null,null,8,0,"2 per girder"]
[]
[]
["WBS 1.7 Power supplies",null,170115]
["Power supply","Status","Type","Count","Spares","Comment"]
["SPLITTERS"]
["Quad, Dipole or Corrector","Obsolete","QDC 1",59,6]
[null,"Obsolete","QDC 2",44,5]
[null,"Obsolete","QDC 3",5,1]
["3 Beam Septum","Obsolete",null,4,1]
["2 Beam Septum","Obsolete",null,4,1]
["V Corrector","Obsolete",null,32,6]
["FFAG CORRECTORS"]
["Channels","Obsolete",null,426]
["Spare chassis",null,null,10]
[]
[]
["WBS 1.8 Controls",null,170115]
["Component","Status","Name/description","Count","Comment"]
["Control system file server",null,null,1]
["EPICS Archiver",null,null,1]
["EPICS Alarm Handler"]
["IOC computers",null,null,10]
["Operator Consoles",null,null,5]
["Network Switches",null,null,10]
["Serial Device Servers",null,null,10]
["Timing System",null,null,1]
["Machine Protection System",null,null,1]
[]
["Also see WBS 1.2 Accelerator Physics, above"]
[]
[]
["WBS 1.9 Instrumentation"]
["See WBS 1.2 Accelerator Physics, above"]
[]
[]
["WBS 1.10 Vaccum system & beam stop"]
["See WBS 1.2 Accelerator Physics, above"]
[]
[]
["WBS 1.11 System integration"]
["Component","Status","Name/description","Count","Comment"]
[]
[]
["WBS 1.12 Beam commissioning"]
["Component","Status","Name/description","Count","Comment"]
[]
[]
["WBS 1.13 Safety"]
["Component","Status","Name/description","Count","Comment"]

{"sheet":"1.2 Acc Phys","index":2,"n_rows":111,"n_cols":6,"rows_kept":111,"cut":false,"hidden":false,"merged":[],"flags":["formulas_cached_only"]}
["Accelerator Physics (G. Hoffstaetter, S. Berg)",{"$nulls":4},"2017-10-24"]
["Parameter","Unit","Value ","Status ","Date","Comment"]
["ALSO SEE SHEET \"HALBACH MAC\""]
[]
["Harmonic number",null,333,"Obsolete","2016-03-30"]
[null,null,343,"Active","2017-01-19","Nominal accelerating or decelerating harmonic"]
[null,null,343.5,"Active","2017-10-02","Harmonic of 1st turn in 1-pass ER mode"]
[null,null,"?",null,null,"Harmonic of 2nd turn in 2-pass ER mode"]
[null,null,"?",null,null,"Harmonic of 3rd turn in 3-pass ER mode"]
[null,null,344.5,"Active","2017-01-19","Harmonic of 4th turn in 4-pass ER mode"]
[]
["LATTICE FILE NAME",null,"cbeta_4pass_20160517","Obsolete","2016-05-17"]
[null,null,"cbeta_4pass_20161117","Obsolete","2016-11-17"]
[null,null,"cbeta_4pass_20170825","Obsolete","2017-08-25"]
[null,null,"cbeta_1pass_20171002","Active","2017-10-02","Single pass ER configuration"]
[]
["PRIMARY PARAMETERS",{"$nulls":4},"Mostly from CDR Table 1.2.1"]
["Largest energy ","MeV",150,"Active","2016-06-07"]
["Injection energy","MeV",6,"Active","2016-06-07"]
["Linac energy gain ","MeV",36,"Active","2016-06-07"]
["Injector current (max) ","mA",40,"Active","2016-06-07"]
["Linac passes ",null,8,"Active","2016-06-07","4 accelerating, 4 decelerating"]
["RF frequency","GHz",1.29994,"Active","2017-04-27"]
["Circumference harmonic ",null,343,"Active","2017-01-19"]
["Circumference length","m",79.0997,"Active","2016-11-17"]
["Circumference time pass 1","ms",0.263848164,"Active","2016-11-17"]
["Circumference time pass 2","ms",0.263845098,"Active","2016-11-17"]
["Circumference time pass 3","ms",0.263844646,"Active","2016-11-17"]
["Circumference time pass 4","ms",0.265003298,"Active","2016-11-17"]
["Normalized transverse rms emittances","mm",1,"Active","2016-11-17"]
["Bunch duration","ps",4,"Active","2016-11-17"]
["Typical arc beta functions","m",0.4,"Active","2016-06-07"]
["Typical splitter beta functions ","m",50,"Active","2016-06-07"]
["Transverse rms bunch size (max) ","mm",1800,"Active","2016-06-07"]
["Transverse rms bunch size (min) ","mm",52,"Active","2016-06-07"]
["Bunch charge (min)","pC",1,"Active","2016-06-07"]
["Bunch charge (max)","pC",123,"Active","2016-06-07"]
[]
["HARD EDGE ARC CELL",{"$nulls":4},"CDR Tables 2.6.1 & 2.6.2, and Figure 2.6.1"]
["Reference radius","m",5.099439,"Active","2016-06-07"]
["Long drift between magnets, LDF","mm",120,"Active","2016-06-07"]
["Short drift between magnets, LFD","mm",70,"Active","2016-06-07"]
["Displacement of QF","mm",-7.182,"Active","2016-06-07"]
["Displacement of QF, corrected","mm",-4.089,"Active","2016-06-07","Determined using field maps, not hard edges"]
["Displacement of QD","mm",20.132,"Active","2016-06-07"]
["Displacement of QD, corrected","mm",17.313,"Active","2016-06-07","Determined using field maps, not hard edges"]
[]
["OPERATIONAL MODES",{"$nulls":4},"CDR Table 2.8.1"]
["Injection rate: commissioning","MHz",0.97,"Active","2016-06-07"]
["Injection rate: eRHIC mode","MHz",19.4,"Active","2016-06-07"]
["Injection rate: high current","MHz",325,"Active","2016-06-07"]
["Max current: commissioning","mA",0.12,"Active","2016-06-07"]
["Max current: eRHIC mode","mA",2.4,"Active","2016-06-07"]
["Max current:  high current","mA",40,"Active","2016-06-07"]
["Max probe bunch rate: commissioning","MHz","-","Active","2016-06-07","Not applicable"]
["Max probe bunch rate: eRHIC mode","MHz",0.97,"Active","2016-06-07"]
["Max probe bunch rate:  high current","MHz",0.43,"Active","2016-06-07"]
[]
["ARC CELL ORBITS IN LONG DRIFT",{"$nulls":4},"From hard-edge model"]
["H displacement of 42 MeV beam","mm",-16.98,"Draft","2016-11-17"]
["H displacement of 78 MeV beam","mm",-14.757,"Draft","2016-11-17"]
["H displacement of 114 MeV beam","mm",-0.1967,"Draft","2016-11-17"]
["H displacement of 150 MeV beam","mm",22.4847,"Draft","2016-11-17"]
[]
["ARC CELL OPTICS",{"$nulls":4},"From hard-edge model"]
["H tune per cell for 42 MeV beam",null,0.342,"Draft","2016-11-17"]
["V tune per cell for 42 MeV beam",null,0.256,"Draft","2016-11-17"]
["H tune per cell for 78 MeV beam",null,0.172,"Draft","2016-11-17"]
["V tune per cell for 78 MeV beam",null,0.108,"Draft","2016-11-17"]
["H tune per cell for 114 MeV beam",null,0.123,"Draft","2016-11-17"]
["V tune per cell for 114 MeV beam",null,0.059,"Draft","2016-11-17"]
["H tune per cell for 150 MeV beam",null,0.099,"Draft","2016-11-17"]
["V tune per cell for 150 MeV beam",null,0.032,"Draft","2016-11-17"]
[]
["HALBACH MAGNET RECOMMENDED MULTIPOLES",{"$nulls":4},"Mention the \"0.75 rule\"?"]
["These harmonic values are the positive & negative limits of a random square distribution for a single multipole that causes some deterioration in a beam dynamics simulation."]
["Normal component"]
["sextupole","u@25mm",37,"Active","2017-08-24","See presentation by William Lou, 24-Aug-17"]
["octupole","u@25mm",30,"Active","2017-08-24"]
["decapole","u@25mm",26,"Active","2017-08-24"]
["dodecapole","u@25mm",21,"Active","2017-08-24"]
["14-pole","u@25mm",21,"Active","2017-08-24"]
["16-pole","u@25mm",19,"Active","2017-08-24"]
["18-pole","u@25mm",21,"Active","2017-08-24"]
["20-pole","u@25mm",18,"Active","2017-08-24"]
["Skew component",null,null,null,"2017-08-24"]
["sextupole","u@25mm",140,"Active","2017-08-24"]
["octupole","u@25mm",90,"Active","2017-08-24"]
["decapole","u@25mm",80,"Active","2017-08-24"]
["dodecapole","u@25mm",65,"Active","2017-08-24"]
["14-pole","u@25mm",63,"Active","2017-08-24"]
["16-pole","u@25mm",58,"Active","2017-08-24"]
["18-pole","u@25mm",56,"Active","2017-08-24"]
["20-pole","u@25mm",53,"Active","2017-08-24"]
[]
["HALBACH MAGNET TOLERANCES"]
["Room temperature range","deg C","15-30","Active","2016-09-12"]
{"$rows_empty":12}
["NOTES"]
["Status is Test, Draft, Active or Obsolete"]

{"sheet":"1.3 Source","index":3,"n_rows":55,"n_cols":6,"rows_kept":55,"cut":false,"hidden":false,"merged":[],"flags":["formulas_cached_only"]}
["DC Electron Source (C. Gulliford)",{"$nulls":4},"2016-12-19"]
["Parameter","Unit","Value ","Status ","Date","Comment"]
[]
["PHOTOINJECTOR LASER",{"$nulls":4},"CDR Table 4.4.1"]
["Wavelength, min","nm",515,"Active","2016-06-07"]
["Wavelength, max","nm",530,"Active","2016-06-07"]
["Average power at cathode","W",2,"Active","2016-06-07"]
["Repetition rate","MHz",41.9355,"Active","2016-06-07"]
["Synchronization to external signal, RMS max","ps",1,"Active","2016-06-07"]
["Pulse duration, RMS min","ps",5,"Active","2016-06-07"]
["Pulse duration, RMS max","ps",50,"Active","2016-06-07"]
["Pulse rise and fall time to flat top","ps",2,"Active","2016-06-07"]
["Longitudinal shape",null,"Flat","Active"]
["Spot size on cathode, RMS min","mm",0.2,"Active"]
["Spot size on cathode, RMS min","mm",5,"Active"]
["Transverse shape",null,"Truncated Gaussian","Active","2016-06-07"]
["Power stability, max","%",2,"Active","2016-06-07"]
["Position stability, RMS","mm",10,"Active","2016-06-07"]
[]
["BUNCHER RF",{"$nulls":4},"CDR Table 4.5.1"]
["Frequency","GHz",1.29994,"Active","2017-04-27"]
["Cavity shunt impedance","MW",1.7,"Active","2016-06-07"]
["Accelerating voltage, nominal","kV",50,"Active","2016-06-07"]
["Accelerating voltage, max","kV",90,"Active","2016-06-07"]
["Cavity beam detuning, nominal voltage","kHz",46,"Active","2016-06-07"]
["Cavity beam detuning, max voltage","kHz",27.6,"Active","2016-06-07"]
["Cavity wall dissipation, nominal voltage","kW",4.24,"Active","2016-06-07"]
["Cavity wall dissipation, max voltage","kW",11.8,"Active","2016-06-07"]
["IOT outout power, max","kW",16,"Active","2016-06-07"]
["Amplitude stability, RMS",null,0.008,"Active","2016-06-07"]
["Phase stability, RMS","deg",0.1,"Active","2016-06-07"]
[]
["DC GUN"]
["Voltage, min","kV",300,"Active"]
["Voltage, max","kV",400,"Active"]
["Voltage ripple RMS, max","kV",0.3,"Active"]
[]
["CATHODE"]
["Chemical Composition",null,"NaKSb","Active"]
["Active area width","mm",3,"Active"]
["Active area offset distance","mm",5,"Active"]
["Quantum efficiency, min","%",1,"Active"]
["Quantum efficiency, typical","%",5,"Active"]
["Lifetime at 40 mA beam current, 1/e, min","days",1,"Active"]
["Lifetime at 40 mA beam current, 1/e, typical","days",3,"Active"]
{"$rows_empty":8}
["NOTES"]
["Status is Test, Draft, Active or Obsolete"]

{"sheet":"1.4 RF","index":4,"n_rows":101,"n_cols":6,"rows_kept":101,"cut":false,"hidden":false,"merged":[],"flags":["formulas_cached_only"]}
["Injector & Main Linac (P. Quigley)",{"$nulls":4},"2017-02-05"]
["Parameter","Unit","Value ","Status ","Date","Comment"]
[]
["INJECTOR PARAMETERS",{"$nulls":4},"CDR Table 10.5.1"]
["Bunch charge, min","pC",0,"Active","2016-06-07"]
["Bunch charge, max","pC",1000,"Active","2016-06-07"]
["Emittance, RMS normalized, H and V","mm",1,"Active","2016-06-07"]
["Bunch length, RMS max","ps",4,"Active","2016-06-07"]
["Energy spread, max at 6 MeV",null,0.002,"Active","2016-06-07"]
[]
["INJECTOR CAVITY",{"$nulls":4},"CDR Table 4.6.1"]
["Resonant frequency, pi-mode","GHz",1.2999,"Active","2017-12-22"]
["Accelerating voltage","MV",1.2,"Active","2016-06-07"]
["Accelerating gradient, Eacc","MV/m",5.5,"Active","2016-06-07"]
["Cavity length, active","m",0.218,"Active","2016-06-07"]
["Cavity length, flange to flange","m",0.536,"Active","2016-06-07"]
["Cells per cavity",null,2,"Active","2016-06-07"]
["Geometry factor","W",261,"Active","2016-06-07"]
["Quality factor, min, Q",null,10000000000,"Active","2016-06-07"]
["Quality factor, external nominal, Qext",null,54000,"Active","2016-06-07"]
["Cell-to-cell coupling","%",0.7,"Active","2016-06-07"]
["R/Q","W",222,"Active","2016-06-07"]
["Epeak/Eacc",null,1.94,"Active","2016-06-07"]
["Hpeak/Eacc","Oe/(MV/m)",42.8,"Active","2016-06-07"]
["Beam pipe diamater, small","mm",78,"Active","2016-06-07"]
["Beam pipe diameter, large","mm",106,"Active","2016-06-07"]
["Inner iris diameter","mm",70,"Active","2016-06-07"]
[]
["INJECTOR INPUT POWER COUPLER",{"$nulls":4},"CDR Table 4.6.2"]
["Central frequency","GHz",1.2999,"Active","2017-12-22"]
["Bandwidth","MHz","+/-10","Active","2016-06-07"]
["RF power to matched load, max","kW",60,"Active","2016-06-07"]
["Number of ceramic windows",null,2,"Active","2016-06-07"]
["Quality factor, external min",null,92000,"Active","2016-06-07"]
["Quality factor, external max",null,820000,"Active","2016-06-07"]
["Coaxial line impedance, cold","W",60,"Active","2016-06-07"]
["Coaxial line impedance, warm","W",46,"Active","2016-06-07"]
["Coaxial line outer diamater","mm",62,"Active","2016-06-07"]
["Antenna stroke","mm",16,"Active","2016-06-07"]
[]
["INJECTOR CRYOMODULE RF AND POWER SOURCE",{"$nulls":4},"CDR Table 4.6.3"]
["Number of RF channels",null,5]
["RF power per cavity","kW",120]
["Klystron output power, max useful","kW",120,null,null,"Min value for an incremental gain of 0.5 dB/dB"]
["Klystron output power, CW max","kW",135]
["Klystron output power, saturated (pulsed)","kW",165]
["Klystron efficiency, max useful power","%",50,null,null,"Minvalue"]
["Klystron efficiency, saturated power","%",60,null,null,"Min value"]
["Klystron gain, nominal operating","dB",45,null,null,"Min value"]
["Tube bandwidth at -1 dB","MHz","+/-2"]
["Tube bandwidth at -3 dB","MHz","+/-3"]
["Klystron beam high voltage","kV",45]
["Klystron current, typical","A",5.87]
["Cavity field amplitude stability, RMS",null,0.00095]
["Cavity field phase stability, RMS","deg",0.1]
[]
["MAIN LINAC CAVITY",{"$nulls":4},"CDR Table 5.3.1"]
["Accelerating structure",null,"Standing wave","Active","2016-06-07"]
["Accelerating mode",null,"TM010 p","Active","2016-06-07"]
["Fundamental frequency","GHz",1.2999,"Active","2017-12-22"]
["Gradient","MV/m",16,"Active","2016-06-07"]
["Quality factor, intrinsic",null,20000000000,"Active","2016-06-07"]
["Quality factor, loaded",null,60000000,"Active","2016-06-07"]
["Cavity half bandwidth, at QL=6e7","Hz",11,"Active","2016-06-07"]
["Temperature","K",1.8,"Active","2016-06-07"]
["Number of cells per cavity",null,7,"Active","2016-06-07"]
["Cavity length, active","m",0.81,"Active","2016-06-07"]
["Cell-to-cell coupling","%",2.2,"Active","2016-06-07"]
["Iris diameter","mm",36,"Active","2016-06-07"]
["Beam tube diameter","mm",110,"Active","2016-06-07"]
["Geometry factor, fundamental mode","W",270.7,"Active","2016-06-07"]
["R/Q, fundamental mode","W",387,"Active","2016-06-07"]
["Epeak/Eacc, fundamental mode",null,2.06,"Active","2016-06-07"]
["Hpeak/Eacc, fundamental mode","Oe/(MV/m)",41.96,"Active","2016-06-07"]
["Delta_f/Delta_L","Hz/mm",350,"Active","2016-06-07"]
["Lorentz-force detuning constant","Hz/(MeV/m)2",1,"Active","2016-06-07"]
["Cavity loss factor, total longitudinal","V/pC",14.7,"Active","2016-06-07","s = 0.6 mm"]
["Cavity loss factor, long. non-fundamental","V/pC",13.1,"Active","2016-06-07","s = 0.6 mm"]
["Cavity loss factor, transverse","(V/pC)/m",13.7,"Active","2016-06-07","s = 0.6 mm"]
[]
["MAIN LINAC INPUT POWER COUPLER",{"$nulls":4},"CDR Table 5.3.2"]
["Frequency","GHz",1.2999,"Active","2017-12-22"]
["Power, maximum CW","kW",10,"Draft","2017-01-26"]
["Quality factor, external fixed",null,60000000,"Active","2016-06-07"]
{"$rows_empty":15}
["NOTES"]
["Status is Test, Draft, Active or Obsolete"]

{"sheet":"Cryo Loads","index":5,"n_rows":20,"n_cols":10,"rows_kept":20,"cut":false,"hidden":false,"merged":[[1,2,1,6]],"flags":["formulas_cached_only"]}
["Cryogenic thermal loads (F. Furuta)",{"$nulls":8},"2016-08-31"]
["Component","Unit","Coolant temperature [K]",{"$nulls":4},"Status ","Date","Comment"]
[null,null,1.8,2,5,40,80]
[]
["INJECTION CRYOMODULE",{"$nulls":8},"CDR Table 6.1.1"]
["Heat load, static, no RF, no beam","W",15,null,40,null,150,"Draft","2016-08-31"]
["Heat load with 6 MeV, 1 mA beam","W",40,null,50,null,200,"Draft","2016-08-31"]
["Heat load with 6 MeV, 40 mA beam","W",45,null,90,null,1200,"Draft","2016-08-31"]
[]
["MAIN LINAC CRYOMODULE",{"$nulls":8},"CDR Table 6.1.1"]
["Heat load, static, no RF, no beam","W",16,null,40,null,150,"Draft","2016-08-31"]
["Heat load with 42 MeV, 1 mA beam","W",43,null,45,null,200,"Draft","2016-08-31"]
["Heat load with 42 MeV, 40 mA beam","W",50,null,50,null,900,"Draft","2016-08-31"]
[]
["INJECTOR INPUT POWER COUPLER",{"$nulls":8},"CDR Table 4.6.2"]
["Heat leak, max","W",null,0.2,3,null,75,"Active","2016-06-07"]
[]
["MAIN LINAC INPUT POWER COUPLER",{"$nulls":8},"CDR Table 5.3.2"]
["Static heat load","W",null,0.05,0.64,3.78,null,"Active","2016-06-07"]
["Dynamic heat load","W",null,0.06,0.32,5.94,null,"Active","2016-06-07"]

{"sheet":"1.5 Halbach","index":6,"n_rows":126,"n_cols":7,"rows_kept":126,"cut":false,"hidden":false,"merged":[],"flags":["formulas_cached_only"]}
["Halbach Magnets & Girders (J. Tuozzolo, S. Brooks)",{"$nulls":4},"2018-01-09"]
["Parameter","Unit","Value ","Status ","Date","Comment"]
[]
["Arc technology",null,"Halbach","Active","2016-12-26"]
[]
["COMPONENT COUNTS",{"$nulls":4},"See sheet \"Component Count\""]
[]
["HALBACH MAGNETS",{"$nulls":4},"See sheet \"Halbach styles\".","CDR Tables 2.6.1 & 2.6.2, and Figure 2.6.1."]
["Thickness of shim holder","mm",3.1,"Active","2017-10-05","Outside of aperture declared on sheet \"Halbach styles\""]
["Required window-frame aperture radus","mm",89,"Obsolete","2017-01-12","Centre to midpoint of side of square window-frame aperture, for all magnet types"]
[]
["THERMAL CONDITIONS"]
["Room temperature range","deg C","15-30","Active","2016-09-12"]
["Water circuit nominal temperature","deg F",85,"Active","2017-10-10"]
["Water circuit temperature range","deg F",0.5,"Active","2017-10-10"]
[]
["PERMANENT MAGNET MATERIAL"]
["Material",null,"NdFeB","Active","2017-01-12"]
["Grade",null,"N35EH","Active","2017-01-12","AllStar Magnetics naming scheme"]
["Coating/finish",null,"Epoxy","Active","2017-01-12"]
["Residual field B_r min","T",1.17,"Active","2017-01-12","Minimum of bin range is used as design assumption"]
["Residual field B_r max","T",1.22,"Active","2017-01-12","Measured at 20C"]
["Coercivity H_cj min","kOe",30,"Active","2017-01-12"]
["Field temperature coefficient","1/K",-0.0011,"Active","2017-01-12","NdFeB material property"]
["Radiation exposure limit","Gy",1000,"Draft","2017-01-25","Lifetime dose of NdFeB material, equal to 100krad, gives ~1.3e-4 field loss"]
[]
["HALBACH MAGNET EXPECTED MULTIPOLES & TOLERANCES, ET CETERA",{"$nulls":4},"See sheet \"Halbach MAC\""]
[]
["WINDOW-FRAME CORRECTOR COMMON PARAMETERS",{"$nulls":4},"Updated from drawing 2550m0042 on 3-Jan-18"]
["Iron frame length","mm",79.502,"Active","2018-01-03"]
["Iron frame inner radius","mm",114.3,"Active","2018-01-03","Centre to midpoint of inside of iron frame"]
["Iron frame thickness","mm",19.049999999999997,"Active","2018-01-03"]
["Iron frame outer radius","mm",133.35,"Active","2018-01-03","Centre to midpoint of outside of iron frame"]
["Total winding thickness","mm",20.066,"Active","2018-01-03"]
["Total outside diameter","mm",306.832,"Active","2018-01-03"]
["Total length including windings","mm",119.63399999999999,"Active","2018-01-03","Calculated: 3.13+2*0.79 = 4.71\" (4.70\" on drawing)"]
[]
["DIPOLE CORRECTOR (incorporating quad windings)"]
["Dipole corrector integrated strength","Gauss.cm","±2925.62","Active","2018-01-09","Integrated between midpoints of adjacent drifts"]
["Cooling",null,"Air","Active","2016-09-12"]
["Number of coils in series",null,4,"Active","2018-01-03"]
["Whole corrector resistance","Ohm",2.6093023155624717,"Active","2018-01-03"]
["Maximum current (per wire)","A",2.29,"Active","2018-01-03"]
["Whole corrector voltage","V",5.9753023026380605,"Active","2018-01-03"]
["Power dissipation max","W",13.683442273041159,"Active","2018-01-03"]
[]
["STANDALONE DIPOLE CORRECTOR (OPTION, for use with independent quad corrector)"]
["Dipole corrector integrated strength","Gauss.cm","±1473.26","Active","2018-01-09","Integrated between midpoints of adjacent drifts"]
["Cooling",null,"Air","Active","2016-09-12"]
["Number of coils in series",null,2,"Active","2018-01-03"]
["Whole corrector resistance","Ohm",1.6092164100242354,"Active","2018-01-03"]
["Maximum current (per wire)","A",2.29,"Active","2018-01-03"]
["Whole corrector voltage","V",3.685105578955499,"Active","2018-01-03"]
["Power dissipation max","W",8.438891775808093,"Active","2018-01-03"]
[]
["DIPOLE-ONLY WINDINGS (H or V)",{"$nulls":4},"Updated 3-Jan-18 values from \"CBETA COILS V.8.2.xlsx\", S. Trabocchi"]
["Number of coils in series",null,2,"Active","2018-01-03"]
["Number of winding layers per coil",null,4,"Active","2018-01-03"]
["Wire gauge","AWG",14,"Active","2018-01-03"]
["Wire conductor cross-section","mm^2",2.08,"Active","2018-01-03"]
["Wire conductor radius","mm",0.8136857890256438,"Active","2018-01-03"]
["Length of winding per leg","m",99.618158715786,"Active","2018-01-03"]
["Single coil resistance","Ohm",0.8046082050121177,"Active","2018-01-03"]
["Coils in series resistance","Ohm",1.6092164100242354,"Active","2018-01-03","Bob Lambiase prefers for 1-2 Ohm power supply"]
["Maximum current (per wire)","A",2.29,"Active","2018-01-03"]
["Current density in conductor","A/mm^2",1.1009615384615385,"Active","2018-01-03"]
["Coils in series voltage","V",3.685105578955499,"Active","2018-01-03"]
["Power dissipation max","W",8.438891775808093,"Active","2018-01-03"]
["Coil turns","turns",480,"Active","2018-01-03"]
["Total current per leg","A.turns",1099.2,"Active","2018-01-03"]
[]
["QUAD OVER DIPOLE WINDINGS (or dipole boost)",{"$nulls":4},"Updated 3-Jan-18 values from \"CBETA COILS V.8.2.xlsx\", S. Trabocchi"]
["Number of coils in series",null,2,"Active","2018-01-03"]
["Number of winding layers per coil",null,6,"Active","2018-01-03"]
["Wire gauge","AWG",11,"Active","2018-01-03"]
["Wire conductor cross-section","mm^2",4.16842401,"Active","2018-01-03"]
["Wire conductor radius","mm",1.1518900000385803,"Active","2018-01-03"]
["Length of winding per leg","m",124.07089585440998,"Active","2018-01-03"]
["Single coil resistance","Ohm",0.5000429527691183,"Active","2018-01-03"]
["Coils in series resistance","Ohm",1.0000859055382365,"Active","2018-01-03"]
["Maximum current (per wire)","A",4.6,"Active","2018-01-03"]
["Current density in conductor","A/mm^2",1.103534570611016,"Active","2018-01-03"]
["Coils in series voltage","V",4.600395165475888,"Active","2018-01-03"]
["Power dissipation max","W",21.161817761189084,"Active","2018-01-03"]
["Coil turns","turns",463,"Active","2018-01-03"]
["Total current per leg","A.turns",2129.7999999999997,"Active","2018-01-03"]
[]
["QUADRUPOLE CORRECTOR (OPTION)",{"$nulls":4},"Only possible with \"Quad over iron\" windings below"]
["Relative gradient variation (+/-)","%",2,"Active","2017-01-12"]
["Quadrupole corrector integrated strength","Gauss",275,"Active","2017-01-19"]
["Cooling",null,"Air","Active","2016-09-12"]
["Number of coils in series",null,4,"Active","2018-01-03"]
["Whole corrector resistance","Ohm",1.8497297004488782,"Active","2018-01-03"]
["Maximum current (per wire)","A",4.6,"Active","2018-01-03"]
["Whole corrector voltage","V",8.508756622064839,"Active","2018-01-03"]
["Power dissipation max","W",39.14028046149826,"Active","2018-01-03"]
[]
["QUAD OVER IRON WINDINGS (OPTION to complete quad corrector)",{"$nulls":4},"Do not exist in baseline"]
["Number of coils in series",null,2,"Active","2018-01-03","Updated 3-Jan-18 values from \"CBETA COILS V.8.xlsx\", S. Trabocchi"]
["Number of winding layers per coil",null,6,"Active","2018-01-03"]
["Wire gauge","AWG",11,"Active","2018-01-03"]
["Wire conductor cross-section","mm^2",4.16842401,"Active","2018-01-03"]
["Wire conductor radius","mm",1.1518900000385803,"Active","2018-01-03"]
["Length of winding per leg","m",105.40701174562601,"Active","2018-01-03"]
["Single coil resistance","Ohm",0.42482189745532084,"Active","2018-01-03"]
["Coils in series resistance","Ohm",0.8496437949106417,"Active","2018-01-03"]
["Maximum current (per wire)","A",4.6,"Active","2018-01-03"]
["Current density in conductor","A/mm^2",1.103534570611016,"Active","2018-01-03"]
["Coils in series voltage","V",3.9083614565889513,"Active","2018-01-03"]
["Power dissipation max","W",17.978462700309173,"Active","2018-01-03"]
["Coil turns","turns",463,"Active","2018-01-03"]
["Total current per leg","A.turns",2129.7999999999997,"Active","2018-01-03"]
[]
["GIRDER"]
["Number of  cells per girder (2 mags per cell)",null,4,"Active","2016-09-12"]
["Alignment tolerance (objects on girder)","microns",200,"Active","2017-01-12"]
["Roll errors tolerance (magnets)","mrad",2,"Draft","2017-01-25","±2mrad = ±0.11° or 200 microns at R=10cm"]
["Alignment tolerance (girder to global)","microns",400,"Test","2017-01-12"]
["No. BPMs",null,4,"Active","2017-01-12","One per cell"]
["No. Vacuum pumps",null,1,"Active","2017-01-12","One per girder"]
["Length",{"$nulls":4},"How do you measure \"length\" exactly?"]
["Material",null,"Aluminium","Test"]
[]
[]
["NOTES"]
["Status is Test, Draft, Active or Obsolete"]

{"sheet":"Halbach styles","index":7,"n_rows":11,"n_cols":9,"rows_kept":11,"cut":false,"hidden":false,"merged":[],"flags":["formulas_cached_only"]}
["Halbach Styles (S. Berg, S. Brooks)",null,null,null,"171113"]
["Style","Status","Count","Length","Int B.dl","Int G.dl","Radial","Design","Comment"]
["name",{"$nulls":5},"aperture","version"]
[null,null,null,"m","T.m","T","mm"]
["QF","Active",107,0.133,0,-1.5378,43.1,6.5,"Aperture has increased."]
["BD","Active",32,0.122,-0.03759,1.36,40.1,6]
["BDT1","Active",28,0.122,-0.01223,1.36,49.085,6]
["BDT2","Active",20,0.122,-0.03102,1.36,44.938,6]
["QD","Active",27,0.122,0,1.3595,40.1,6,"R = 40.1 mm inside the tuning wire holder."]
["QFH","Active",1,0.0665,0,-0.7692,43.1,"-","Half length QF"]
["BDH","Active",1,0.061,-0.01881,0.6804,40.1,"-","Half length BD"]

{"sheet":"Halbach girders","index":8,"n_rows":49,"n_cols":10,"rows_kept":49,"cut":false,"hidden":false,"merged":[],"flags":["formulas_cached_only"]}
["Halbach girders (S. Berg)",null,170821]
[]
["Component","Status","Name/description","Count","Comment"]
["Halbach magnet varieties","Active",null,7,"QF, BD, BDT2, BDT1, QD, QFH, BDH"]
["Permanent magnet set varieties",null,null,5,"Check me, or better move me elsewhere!!! QD can be made with same blocks as QF"]
["Permanent magnet blocks per magnet",null,null,32,"Full-length magnets have two layers of 16 wedge-shaped blocks"]
[null,null,null,16,"Half length magnets (BDH and QFH) have only a single layet of 16 wedge-shaped blocks"]
["Halbach magnet count","Active","Total",216,"Based on 20160901 lattice"]
[null,"Active","QF",107,"Quads"]
[null,"Active","BD",32,"Combined function"]
[null,"Active","BDT2",20,"10 of the 24 transition cells near arc"]
[null,"Active","BDT1",28,"14 of the 24 transition cells near the straight"]
[null,"Active","QD",27,"Quads in the straight"]
[null,"Active","QFH",1]
[null,"Active","BDH",1]
["Quadrupole correctors","Active",null,0,"Not even wound.  Would have one per magnet.  Not powered in the baseline configuration."]
["Dipole correctors","Active","H",107,"One H dipole corrector per focussing magnet; half-magnets not included"]
[null,"Active","V",107,"One V dipole corrector per defocussing magnet; half-magnets not included"]
[]
[null,null,null,"MAGNET COUNT PER GIRDER"]
[null,null,"Girder","QF","BD","BDT2","BDT1","QD","QFH","BDH"]
[null,"Active","GFA1",4,4,{"$nulls":4},1]
[null,"Active","GFX",4,4]
[null,"Active","GFX",4,4]
[null,"Active","GFX",4,4]
[null,"Active","GTA1",4,null,4]
[null,"Active","GTA2",4,null,4]
[null,"Active","GTA3",4,null,2,2]
[null,"Active","GTA4",4,null,null,4]
[null,"Active","GTA5",4,null,null,4]
[null,"Active","GTA6",4,null,null,4]
[null,"Active","GZX",4,null,null,null,4]
[null,"Active","GZX",4,null,null,null,4]
[null,"Active","GZX",4,null,null,null,4]
[null,"Active","GZ1",3,null,null,null,3]
[null,"Active","GZX",4,null,null,null,4]
[null,"Active","GZX",4,null,null,null,4]
[null,"Active","GZX",4,null,null,null,4]
[null,"Active","GTB1",4,null,null,4]
[null,"Active","GTB2",4,null,null,4]
[null,"Active","GTB3",4,null,null,4]
[null,"Active","GTB4",4,null,2,2]
[null,"Active","GTB5",4,null,4]
[null,"Active","GTB6",4,null,4]
[null,"Active","GFX",4,4]
[null,"Active","GFX",4,4]
[null,"Active","GFX",4,4]
[null,"Active","GFB1",4,4,null,null,null,1]
[null,null,null,107,32,20,28,27,1,1]

{"sheet":"Halbach MAC","index":9,"n_rows":51,"n_cols":6,"rows_kept":51,"cut":false,"hidden":false,"merged":[],"flags":["formulas_cached_only"]}
["Halbach Magnet Acceptance Committee (S. Peggs, S. Berg)",{"$nulls":4},"2017-10-24"]
["Parameter","Unit","Value ","Status ","Date","Comment"]
["THIS SHEET IS UNDER CONSTRUCTION"]
[]
[]
["EXPECTED HALBACH MAGNET HARMONICS",{"$nulls":4},"\"Expected\" does not mean \"required\" or \"specified\""]
["Normal component",{"$nulls":4},"Root Mean Square values at a reference radius of 25 mm"]
["sextupole",0.0001,37,"Draft","2017-10-24"]
["octupole",0.0001,30,"Draft","2017-10-24"]
["decapole",0.0001,26,"Draft","2017-10-24"]
["dodecapole",0.0001,21,"Draft","2017-10-24"]
["14-pole",0.0001,21,"Draft","2017-10-24"]
["16-pole",0.0001,19,"Draft","2017-10-24"]
["18-pole",0.0001,21,"Draft","2017-10-24"]
["20-pole",0.0001,18,"Draft","2017-10-24"]
["Skew component",{"$nulls":4},"Root Mean Square values at a reference radius of 25 mm"]
["sextupole",0.0001,140,"Draft","2017-10-24"]
["octupole",0.0001,90,"Draft","2017-10-24"]
["decapole",0.0001,80,"Draft","2017-10-24"]
["dodecapole",0.0001,65,"Draft","2017-10-24"]
["14-pole",0.0001,63,"Draft","2017-10-24"]
["16-pole",0.0001,58,"Draft","2017-10-24"]
["18-pole",0.0001,56,"Draft","2017-10-24"]
["20-pole",0.0001,53,"Draft","2017-10-24"]
[]
["HALBACH MAGNET TOLERANCES"]
["Measurement water circuit temperature range","deg C","19-21","Draft","2017-01-23"]
["Mechanical distortion of frame limit","mm",0.127,"Draft","2017-01-25","Maximum allowed distortion of Halbach frame under magnetic forces"]
["Allowed systematic gradient deviation","%",3,"Active","2016-09-12"]
["Allowed random gradient variation","%",0.1,"Draft","2017-01-23","Chuyu Liu & Dejan are working on this?"]
["Allowed deviation of magnetic centre from aperture","mm",0.5,"Draft","2017-10-10"]
["Roll angle magnetic vs. mechanical","mrad",1,"Draft","2017-10-10"]
[]
["SURVEY TOLERANCES ET CETERA"]
["Transverse magnet displacements (conventional & Halbach)?"]
["Longitudinal magnet displacements (conventional & Halbach)?"]
["Roll angle (conventional & Halbach magnets)?"]
["Beam Position Monitors?"]
["Beamline center height off the L0E floor","mm",1143,"Active","2017-09-28","Exactly 45 inches"]
["(ditto)","inches",45,"Active","2017-09-28","Exactly 1143 mm"]
[]
["BEAM POSITION MONITORS"]
["Work in progress"]
[]
[]
[]
[]
[]
[]
["NOTES"]
["Status is Test, Draft, Active or Obsolete"]

{"sheet":"1.6 Splitters","index":10,"n_rows":205,"n_cols":12,"rows_kept":205,"cut":false,"hidden":false,"merged":[],"flags":["formulas_cached_only"]}
["Splitter-Combiners (D. Burke)",{"$nulls":5},"2017-01-28"]
["Parameter","Unit","Value ","Status ","Date","Verification Method","Comment"]
["COMPONENT COUNTS",{"$nulls":5},"Draft requirements document: Burke et al, Aug 2016 ","R","Review of Design or Documentation","Review of the design documents","Design report","CAD layouts can verify volume conflicts"]
["Quadrupole","count",64,"Active","2017-01-18","R","No spares included in this count","I","Inspection","Inspection, demonstration (i.e. prototype testing)","Test performance specification and/or test analysis report","BPM location can be physically measured in the vacuum chambers"]
["Dipole count, type1","count",24,"Draft","2017-01-18","R","Adjusted count (was 41) No spares included in this count","A","Analysis","Mathematical models, computer simulations, analysis by similarity","Investigation report or a design report","Thermal analysis can be analyzed with FEA to determine the appropriate cooling methods well before the system is operational"]
["Dipole count, type2","count",12,"Draft","2017-01-18","R","Adjusted count (was TBD), No spares included in this count","T","Test","Functional tests, performance tests, environmental tests. The tests may be done during design verification or on every produced unit.","Test performance specification, test analysis report or supplier inspection report","Vacuum level can be analyzed but also can be tested on a bench top or lab area prior to being installed"]
["Common, type 1","count",4,"Draft","2016-11-01","R","Total of all \"common\" magnets. S1.BEN01, S1.BEN08, R1.BEN01, R1.BEN08"]
["Common, type 2","count","TBD","Draft",null,"R"]
["Septum, type 1","count",8,"Draft","2016-11-01","R","Total of all septa magnets. S2.BEN01, S4.BEN01, S4.BEN04, S2.BEN08 plus R side"]
["Septum, type 2","count","TBD","Draft",null,"R"]
["Septum, type 3","count","TBD","Draft",null,"R"]
["Vertical correctors","count",32,"Draft","2017-01-18","R","Efforts to integrate into Quad as trim coils"]
["Girder","count",4,"Draft","2017-01-18","R","One type for four locations as of 1/18"]
["Magnet mount (static)","count",112,"Draft","2017-01-18","R","All magnets and types"]
["Magnet translation stage (dynamic)","count",8,"Draft","2017-01-18","R","Translation stages for beam path adjustment"]
["Motor (for stages)","count",16,"Draft","2017-01-18","R","Two motors per stage"]
["Motor controller","count",8,"Draft","2017-01-18","R","One controller drives a pair of motors"]
["Bulkhead connector plate","count",20,"Draft","2017-01-18","R","five types per girder"]
["Cable, Magnet","count",144,"Draft","2017-01-18","R"]
["Cable, BPM","count",64,"Draft","2017-01-18","R"]
["Cable, Instrumentation","count",16,"Draft","2017-01-18","R","2x per line"]
["Cable, Vacuum","count",16,"Draft","2017-01-18","R","2x per line"]
["Water manifold","count",8,"Draft","2017-01-23","R","2x per girder (supply & return), 4 lines per manifold to accommodate 7 magnets in series"]
["SYSTEM REQUIREMENTS",{"$nulls":5},"Table 1.1 in two draft requirements document"]
["Magnet centeral field uniformity","%",0.01,"Draft","2017-01-18","A/T","new description and units"]
["Magnet field integral uniformity","%",0.01,"Draft","2017-01-18","A/T","Deﬁned as horizontal deviation from the ideal ﬁeld (BY − BidealY )/BidealY"]
["Vertical correction ",null,null,null,"2017-01-23"]
["Horizontal correction",null,null,null,"2017-01-23"]
["BPM location accuracy to low-energy beam","mm","TBD","Draft","2016-11-01","R"]
["Wake-field budget","V/pC*m","TBD","Draft","2016-11-01","A","1.10 Vacuum"]
["Alignment tolerance, girder to global accuracy","mm","TBD","Draft","2017-01-18","A","As measured from Injector Gun or derived position"]
["Alignment tolerance, girder to girder accuracy","mm","TBD","Draft","2017-01-18","A","As measured from girder fiducials"]
["Alignment tolerance, magnet on girder accuracy","mm","TBD","Draft","2017-01-18","A","As measured from girder fiducials"]
["Alignment tolerance, BPM on girder accuracy","mm","TBD","Draft","2017-01-18","R","As measured from girder fiducials"]
["Beam path length adjustment range","RF°","±10°","Draft","2016-11-01","A/R","+/-20 RF degrees total for path length adjustment (16° interior angle for 1st pass)"]
["Beam path length change *speed*","mm/s","TBD","Draft","2017-01-18","A/R"]
["ENVIRONMENTAL PARAMETERS"]
["Environment temperature stability","°C/hr","TBD","Draft","2017-01-20","A","1.11 System Integration - changed units"]
["Power dissipation to environment (max)","W","TBD","Draft","2017-01-18"]
["Temperature stability of vac components/surfaces","°C","TBD","Draft","2016-11-01"]
["L0E room temperature","°C","TBD","Draft","2016-11-01"]
["L0E room temperature stability ","°C/hr","TBD","Draft","2016-11-01"]
["WATER COOLING CIRCUIT",{"$nulls":5},"Draft requirements document"]
["Pressure differential","psi",45,"Draft","2017-01-23","A","was 50 psi"]
["Max static pressure","psi",150,"Draft","2016-10-27","A/T"]
["Water supply temperature, nominal","°C",29.5,"Draft","2017-01-23","A/T","changed units, was 85°F"]
["Water supply temperature, tolerance","± °C",2.8,"Draft","2017-01-23","T","based on Exp 85 cooling "]
["Water supply temperature, stability","°C/hr",0.1,"Draft","2017-01-23","T","needs review"]
["Water flow","l/min",110,"Draft","2017-01-23","A/T","112 magnets, 7 magnets in series per circuit (27.5 l/min per circuit), ~30 GPM total"]
["BEAM PIPE",null,null,null,"2016-11-01",null,"Latest change 11/1/2016"]
["Beam pipe external size (W x H oval)","mm","42 x 30","Draft","2016-11-01","I","1.10 Vacuum Shape is oval and assumes uniform radius tangent to sides"]
["Beam pipe wall thickness","mm",3,"Draft","2016-11-01","I","1.10 Vacuum"]
["Size tolerance","mm","± 0.3","Draft","2016-11-01","I","1.10 Vacuum"]
["Transverse internal surface finish (Ra)","mm","<1.6","Draft","2016-11-01","I"]
["Maximum surface temperature","°C","30°","Draft","2016-11-01","I"]
["Temperature stability","°C/hr","0.1°","Draft","2016-11-01","I"]
["Material, 6063-T5",null,"as-is","Draft","2016-11-02","I","Material certifications and tensile test required for each lot"]
[]
["QUADRUPOLE TYPE 1 (40 mm)",{"$nulls":5},"Draft requirements document. Latest change 12/19/2016. \"Quadrupole 141x14\" from table in Box"]
["Bore diameter","cm",4.5,"Draft","2016-12-19"]
["Steel height and width","cm",14,"Draft","2016-12-19"]
["Steel length","cm",15,"Draft","2016-12-19"]
["Pole width","cm",3.5,"Draft","2016-12-19"]
["Field (G)/Gradient","G/cm",490,"Draft","2016-12-19"]
["Relative field deviation (i.e. field uniformity)","ratio",0.0001,"Draft","2016-12-19","A/T","Over entire width?"]
["Relative field integral deviation","ratio","tbd","Draft","2016-12-19","A/T","Over entire width?"]
["NI","Amp-turns",985,"Draft","2016-12-19"]
["Turns per coil N","count","4 x 3","Draft","2016-12-19"]
["Coil cross section","cm x cm","0.55 x 2.20","Draft","2016-12-19",null,"0.55 x 1.65"]
["Conductor cross-section","cm x cm",0.5,"Draft","2016-12-19",null,"\"0.5 cm square with 0.25-cm diameter hole\""]
["Conductor hole diameter","cm",0.25,"Draft","2016-12-19"]
["Conductor straight length","cm",14,"Draft","2016-12-19"]
["Coil inner corner radius","cm",0.5,"Draft","2016-12-19"]
["Conductor length per turn","cm",39.1,"Draft","2016-12-19"]
["Coil resistance","Ohm",0.00219,"Draft","2016-12-19"]
["Inductance","mH",0.23,"Draft","2016-12-19"]
["Current","A","5 - 140.7","Draft","2016-12-19"]
["Current density","A/mm^2","0.3-7.0","Draft","2016-12-19"]
["Voltage drop for four coils","V",0.5,"Draft","2016-12-19"]
["Power","W","0.2-173","Draft","2016-12-19"]
["Water flow per coil for ∆p=45 psi","Gal/min","TBD","Draft","2016-12-19"]
["Water ﬂow rate"," ft/s","TBD","Draft"]
["Friction factor ",null,"TBD","Draft"]
["Coil temperature rise","°C","TBD","Draft"]
["Water temperature rise","°C","TBD","Draft"]
["Clearance to beam pipe","mm","> 0.8","Draft"]
[]
["SEPTUM, TYPE 1 ",{"$nulls":5},"Latest change 11/3/2016"]
["Bore gap","cm",3.2,"Draft","2016-11-03",null,"minimum height needs to be >30mm"]
["Steel height and width","cm","8,20","Draft","2016-11-03"]
["Steel length","cm",20,"Draft","2016-11-03"]
["Pole width","cm",17.5,"Draft","2016-11-03"]
["Field gradient","G/cm",0,"Draft","2016-11-03"]
["Relative field deviation (i.e. field uniformity)","ratio",-0.0015,"Draft","2016-11-03","A/T","OVER ENTIRE WIDTH"]
["Relative field integral deviation","ratio",null,"Draft","2016-11-03","A/T","Over entire width?"]
["Total current (NI)","Amp-turns",3380,"Draft","2016-11-03"]
["Turns per coil N","count","2 or 4","Draft","2016-11-03"]
["Coil cross section","cm x cm","~9.5","Draft","2016-11-03"]
["Conductor cross-section","inch x inch",null,"Draft","2016-11-03",null,"\"0.5 cm square with 0.25-cm diameter hole\" 2 or 4 conductors to be determined"]
["Conductor hole diameter","inch",null,"Draft","2016-11-03",null,"John Browdowski has accurate numbers"]
["Conductor straight length","cm",null,"Draft","2016-11-03",null,"John Browdowski has accurate numbers"]
["Coil inner corner radius","cm",null,"Draft","2016-11-03",null,"Too tight? John Browdowski has accurate numbers"]
["Conductor length per turn","cm",null,"Draft","2016-11-03",null,"John Browdowski has accurate numbers"]
["Coil resistance","Ohm",null,"Draft","2016-11-03",null,"John Browdowski has accurate numbers"]
["Current","A",null,"Draft","2016-11-03",null,"John Browdowski has accurate numbers"]
["Voltage drop for four coils","V",null,"Draft","2016-11-03",null,"John Browdowski has accurate numbers"]
["Power per coil","W",null,"Draft","2016-11-03",null,"John Browdowski has accurate numbers"]
["Water flow per coil for ∆p=45 psi","Gal/min",null,"Draft","2016-11-03",null,"John Browdowski has accurate numbers"]
["Water ﬂow rate"," ft/s",null,"Draft","2016-11-03",null,"John Browdowski has accurate numbers"]
["Friction factor ",null,null,"Draft","2016-11-03"]
["Coil temperature rise","°C",null,"Draft","2016-11-03",null,"John Browdowski has accurate numbers"]
["Water temperature rise","°C",null,"Draft","2016-11-03",null,"John Browdowski has accurate numbers"]
["Clearance to beam pipe","mm","> 0.8","Draft","2016-11-01",null,"John Browdowski has accurate numbers"]
["H-Dipole 21x27x20",{"$nulls":5},"Draft requirements document. Latest change 12/19/2016. \"Quadrupole 141x14\" from table in Box"]
["Gap","cm",3.6,"Draft","2016-12-19"]
["Steel height and width","cm","27x21","Draft","2016-12-19"]
["Steel length","cm",20,"Draft","2016-12-19"]
["Width including coils","cm",21,"Draft","2016-12-19"]
["Length including coils","cm",26.6,"Draft","2016-12-19"]
["Pole width","cm",7,"Draft","2016-12-19"]
["Field (G)/Gradient","G/cm","1700-5400","Draft","2016-12-19"]
["Relative field deviation (i.e. field uniformity)","ratio",0.0001,"Draft","2016-12-19","A/T","Over entire width?"]
["Relative field integral deviation","ratio","tbd","Draft","2016-12-19","A/T","Over entire width?"]
["NI","Amp-turns","2437-7743","Draft","2016-12-19"]
["Turns per coil N","count","6x15","Draft","2016-12-19"]
["Coil cross section","cm x cm","3.3x8.3","Draft","2016-12-19",null,"0.55 x 1.65"]
["Conductor cross-section","cm x cm",0.5,"Draft","2016-12-19",null,"\"0.5 cm square with 0.25-cm diameter hole\""]
["Conductor hole diameter","cm",0.25,"Draft","2016-12-19"]
["Conductor straight length","cm",19,"Draft","2016-12-19"]
["Coil inner corner radius","cm",0.5,"Draft","2016-12-19"]
["Conductor length per turn","cm",63.5,"Draft","2016-12-19"]
["Coil resistance","Ohm",0.0457,"Draft","2016-12-19"]
["Inductance","mH",31.8,"Draft","2016-12-19"]
["Current","A","27.1-86.0","Draft","2016-12-19"]
["Current density","A/mm^2","1.35-4.28","Draft","2016-12-19"]
["Voltage drop for four coils","V","2.5-7.9","Draft","2016-12-19"]
["Power","W","67-676","Draft","2016-12-19"]
["Water flow per coil for ∆p=45 psi","Gal/min","TBD","Draft","2016-12-19"]
["Water ﬂow rate"," ft/s","TBD","Draft"]
["Friction factor ",null,"TBD","Draft"]
["Coil temperature rise","°C","TBD","Draft"]
["Water temperature rise","°C","TBD","Draft"]
["Clearance to beam pipe","mm","> 0.8","Draft"]
[]
["H-Dipole 21x27x30",{"$nulls":5},"Draft requirements document. Latest change 12/19/2016. \"Quadrupole 141x14\" from table in Box"]
["Gap","cm",3.6,"Draft","2016-12-19"]
["Steel height and width","cm","27x21","Draft","2016-12-19"]
["Steel length","cm",30,"Draft","2016-12-19"]
["Width including coils","cm",21,"Draft","2016-12-19"]
["Length including coils","cm",36.6,"Draft","2016-12-19"]
["Pole width","cm",7,"Draft","2016-12-19"]
["Field (G)/Gradient","G/cm","2400-7743","Draft","2016-12-19"]
["Relative field deviation (i.e. field uniformity)","ratio",0.0001,"Draft","2016-12-19","A/T","Over entire width?"]
["Relative field integral deviation","ratio","tbd","Draft","2016-12-19","A/T","Over entire width?"]
["NI","Amp-turns","3442-7743","Draft","2016-12-19"]
["Turns per coil N","count","6x15","Draft","2016-12-19"]
["Coil cross section","cm x cm","3.3x8.3","Draft","2016-12-19",null,"0.55 x 1.65"]
["Conductor cross-section","cm x cm",0.5,"Draft","2016-12-19",null,"\"0.5 cm square with 0.25-cm diameter hole\""]
["Conductor hole diameter","cm",0.25,"Draft","2016-12-19"]
["Conductor straight length","cm",29,"Draft","2016-12-19"]
["Coil inner corner radius","cm",0.5,"Draft","2016-12-19"]
["Conductor length per turn","cm",83.5,"Draft","2016-12-19"]
["Coil resistance","Ohm",0.0601,"Draft","2016-12-19"]
["Inductance","mH",45.6,"Draft","2016-12-19"]
["Current","A","38.2-86.0","Draft","2016-12-19"]
["Current density","A/mm^2","1.90-4.28","Draft","2016-12-19"]
["Voltage drop for four coils","V","4.6-10.3","Draft","2016-12-19"]
["Power","W","175-889","Draft","2016-12-19"]
["Water flow per coil for ∆p=45 psi","Gal/min","TBD","Draft","2016-12-19"]
["Water ﬂow rate"," ft/s","TBD","Draft"]
["Friction factor ",null,"TBD","Draft"]
["Coil temperature rise","°C","TBD","Draft"]
["Water temperature rise","°C","TBD","Draft"]
["Clearance to beam pipe","mm","> 0.8","Draft"]
[]
["Vertical Corrector #1",{"$nulls":5},"Draft requirements document. Latest change 12/19/2016. \"Quadrupole 141x14\" from table in Box"]
["Gap","cm",4.4,"Draft","2016-12-19"]
["Steel height and width","cm","7.5x12","Draft","2016-12-19"]
["Steel length","cm",10,"Draft","2016-12-19"]
["Width including coils","cm",12,"Draft","2016-12-19"]
["Length including coils","cm",12.4,"Draft","2016-12-19"]
["Pole width","cm",3,"Draft","2016-12-19"]
["Field (G)/Gradient","G/cm","0-160","Draft","2016-12-19"]
["Relative field deviation (i.e. field uniformity)","ratio",0.0001,"Draft","2016-12-19","A/T","Over entire width?"]
["Relative field integral deviation","ratio","tbd","Draft","2016-12-19","A/T","Over entire width?"]
["NI","Amp-turns","0-625","Draft","2016-12-19"]
["Turns per coil N","count",210,"Draft","2016-12-19"]
["Coil cross section","cm x cm","1.2x5.1","Draft","2016-12-19",null,"0.55 x 1.65"]
["Conductor cross-section","cm x cm",0.5,"Draft","2016-12-19",null,"\"0.5 cm square with 0.25-cm diameter hole\""]
["Conductor hole diameter","cm",0.25,"Draft","2016-12-19"]
["Conductor straight length","cm",26,"Draft","2016-12-19"]
["Coil inner corner radius","cm",0.5,"Draft","2016-12-19"]
["Conductor length per turn","cm",26,"Draft","2016-12-19"]
["Coil resistance","Ohm",0.434,"Draft","2016-12-19"]
["Inductance","mH",22.4,"Draft","2016-12-19"]
["Current","A","0-2.98","Draft","2016-12-19"]
["Current density","A/mm^2","0.1.0","Draft","2016-12-19"]
["Voltage drop for four coils","V","0-1.3","Draft","2016-12-19"]
["Power","W","0-3.9","Draft","2016-12-19"]
["Water flow per coil for ∆p=45 psi","Gal/min","TBD","Draft","2016-12-19"]
["Water ﬂow rate"," ft/s","TBD","Draft"]
["Friction factor ",null,"TBD","Draft"]
["Coil temperature rise","°C","TBD","Draft"]
["Water temperature rise","°C","TBD","Draft"]
["Clearance to beam pipe","mm","> 0.8","Draft"]

{"sheet":"S mag styles","index":11,"n_rows":17,"n_cols":10,"rows_kept":17,"cut":false,"hidden":false,"merged":[],"flags":["formulas_cached_only"]}
["Splitter electromagnet styles (J. Crittenden, D. Burke, N. Tsoupas)",{"$nulls":8},"170421"]
["Style","Status","Count","Max","Max","Magnetic","External","External","External","Comment"]
["name",null,null,"field","gradient","length","length","width","height"]
[null,null,null,"T","T/m","mm","mm","mm","mm"]
["DIPOLES"]
["H-Dip-1","Vendor draft",24,0.54,0,231,266,210,270]
["H-Dip-2","Vendor draft",12,0.7,0,331,366,210,270,"Same X-section as H-Dip-2"]
["H-Dip-3","Draft",8,0.061,0,129,144,150,280,"Not in first RFP"]
["VCorr1","Vendor draft",16,0.016,0,94,76,120,75]
["VCorr2","Vendor draft",16,0.016,0,136,126,120,75]
["Common","Draft",4,0.376,null,226,222,130,260,"Not in first RFP"]
["Septum-1","Draft",2,null,null,"~235",200,270,100,"Not in first RFP"]
["Septum-2","Draft",2,null,null,"~235",200,140,100,"Not in first RFP"]
[]
["QUADS"]
["Quad-A","Draft",56,0,0.348,0.15,128,150,150,"Air cooled.  line 99: G = 0.532 T/m ??"]
["Quad-W","Draft",8,0,0.588,0.15,131,150,150,"Water cooled"]

{"sheet":"1.7 PS","index":12,"n_rows":18,"n_cols":12,"rows_kept":18,"cut":false,"hidden":false,"merged":[[1,2,1,4]],"flags":["formulas_cached_only"]}
["Power supplies (J. Barley)",{"$nulls":4},"2016-11-10"]
["Magnet family name","PS","Operating",null,null,"Max possible current","Voltage at","Max","Stability","Status","Date","Comment"]
[null,"count","voltage","current","power","(with future expansion","max current","power"]
[null,null,"[V]","[A]","[W]","& other modes) [A]","[V]","[W]","[ppm]"]
[]
["FFAG Normel Dipole corrector: Field is V ",null,1.67,2.08,3.5,"3,5","4,10","12,50",1000,"Draft","2016-08-29"]
["FFAG skew dipole corrector: Field is H.",null,1.74,2.08,3.6,"3,5","4,10","12,50",1000,"Draft","2016-08-29"]
["FFAG Normal quadrupole corrector",null,5.18,2.08,10.8,"3,5","8,10","24,50",1000,"Draft","2016-08-29"]
[{"$nulls":5},"RFP min, Possible ","RFP min, Possible","RFP min, Possible"]
[]
[]
[]
["NOTES:"]
["Status is Test, Draft, Active or Obsolete"]
["I need to make sure that the proposed 12W /2A will work for all conditions. "]
["I need to know how much overhead there is in these numbers. "]
["RFP min = Minimun parameters requested in RFP"]
["Possible = Reasonable estimate of what industry could provide in a multi-channel unit (8 ch or more) at our target price."]

{"sheet":"1.7 a","index":13,"n_rows":49,"n_cols":10,"rows_kept":49,"cut":false,"hidden":false,"merged":[[4,4,5,4],[4,5,5,5]],"flags":["formulas_cached_only"]}
[{"$nulls":4},"2016-12-21"]
[]
[null,"Table 3.4.1: Splitter– Combiner Magnet Power Supply Parameters:"]
[]
[null,null,"H-Dipole ","H-Dipole ","Quadrupole","Common Magnet","Septum 1","Septum 2","Vertical ","Vertical"]
[null,null,"20 cm"," 30 cm",null,null,"2, 4, 6 turns","2, 4, 6 turns","Corr 1","Corr 2"]
[null,"Quantity",28,12,64,4,4,4,16,16]
[null,"Magnet R (Ω)",0.0914,0.1202,0.00876,null,null,null,0.434,0.267]
[null,"Magnet R (mΩ)",{"$nulls":4},".063, .252, .567",".08, .24, .72"]
[null,"PS Curr (A)","27.1-86.0","38.2-86.0","5.0-140.7",null,"2134, 1067, 711","5172, 2563, 1724",2.98,2.98]
[null,"PS Volts (V)","2.5-7.9","4.6-10.3","0.0-1.2",null,".134, .269, .403",".414, .615, 1.24",1.3,0.8]
[null,"PS Watts (W)","67-676","175-889","0.2-173",null,"286, 287, 287","2141, 1576, 2138",3.9,2.8]
[null,"Stability ",{"$nulls":6},"500ppm","500ppm"]
[null,"Ripple",{"$nulls":6},0.0001,0.0001]
[null,"Resolution(bits)",{"$nulls":6},16,16]
[null,"Operation","unipolar","unipolar","unipolar","unipolar","unipolar","unipolar","bipolar","bipolar"]
[]
[null,"Some of the Power supplies for these magnets inevitably overlap in their specifications. To reduce the number of unique power supplies, they have been categorized and listed in Table 3.4.2."]
[]
[null,"Table 3.4.2:   Splitter-Combiner magnet Power supply Types (QDC=Quad, Dipole or Common):"]
[]
[null,"Type","Quantity","Spare","PS Curr (A)","PS Volts (V)","PS Power (W)"]
[null,"QDC 1",59,6,50,10,500]
[null,"QDC 2",44,5,100,15,1500]
[null,"QDC 3",5,1,150,10,1500]
[null,"3 Beam Septum",4,1]
[null,"2 Beam Septum",4,1]
[null,"V Corrector",32,6,3,8,24]
[]
[]
[null,"Table 3.4.3: FFAG Corrector Magnet Power Supply Parameters:"]
[]
[null,null,"(F) Quadrupole","(D) Quadrupole","(H) Corrector","(V) Corrector"]
[null,null,"Iron            Halbach","Iron             Halbach","Iron         Halbach","Iron         Halbach"]
[null,"Quantity","106 106","107                    107","106               106","107               107"]
[null,"Magnet R (Ω)","2.49                     7.6","2.49                  7.06",".8                   3.8",".84                 3.8"]
[null,"PS Curr (A)","2.08                   2.08","2.08                 2.08","2.08             2.08","2.08               2.08"]
[null,"PS Volts (V)","5.18                   15.8","5.18                  15.8","1.67              7.9","1.74               7.9"]
[null,"PS Watts (W)","10.8                   33","10.8                   33","3.5                 17","3.6                 17                 "]
[null,"Stability ","          <500ppm","         <500ppm","        <500ppm","        <500ppm"]
[null,"Ripple",0.0001,0.0001,0.0001,0.0001]
[null,"Resolution(bits)",16,16,16,16]
[null,"Operation","bipolar","bipolar","bipolar","bipolar"]
[]
[]
[null,"Table 3.4.4:  FFAG Corrector Magnet Power Supply Types:"]
[]
[null,"Type","Quantity (chan’s)","Spare (chassis)","PS Curr (A)","PS Volts (V)","PS Power (W)"]
[null,"Halbach",426,10,3,20,60]

{"sheet":"1.8 Ctrls","index":14,"n_rows":29,"n_cols":6,"rows_kept":29,"cut":false,"hidden":false,"merged":[],"flags":["formulas_cached_only"]}
["Controls (J. Dobbins)",{"$nulls":4},"2016-09-07"]
["Parameter","Unit","Value ","Status ","Date","Comment"]
{"$rows_empty":25}
["NOTES"]
["Status is Test, Draft, Active or Obsolete"]

{"sheet":"1.9 Instr","index":15,"n_rows":28,"n_cols":6,"rows_kept":28,"cut":false,"hidden":false,"merged":[],"flags":["formulas_cached_only"]}
["Instrumentation (J. Dobbins)",{"$nulls":4},"2017-01-26"]
["Parameter","Unit","Value ","Status ","Date","Comment"]
[]
["Instrumented  BPMs FFAG arc","#",52,"Draft","2017-01-26"]
["Instrumented BPMs Spreaders ","#",64,"Draft","2017-01-26"]
["Instrumented BPMs other","#",20,"Draft","2017-01-26"]
[]
["BPM abosulte Accuracy","mm",0.2,"Draft","2017-01-26"]
["BPM resolution","mm",0.02,"Draft","2017-01-26"]
["BPM update rate","Hz.",10,"Draft","2017-01-26"]
[]
["BLMs FFAG arc","#",26,"Draft","2017-01-26"]
["BLMs Spreaders","#",8,"Draft","2017-01-26"]
["BLMs other","#",14,"Draft","2017-01-26"]
[]
["BAM Splitters","#",8,"Draft","2017-01-26"]
["BAM resolution","Deg.",0.1,"Draft","2017-01-26","degrees of RF phase"]
[]
["Viewscreens FFAG Arc","#",14,"Draft","2017-01-26"]
["Viewscreens Spreaders","#",16,"Draft","2017-01-26"]
["Viewscreens Other","#",10,"Draft","2017-01-26"]
[]
["Beam Current Monitor","#",2,"Draft","2017-01-26"]
[]
[]
[]
["NOTES"]
["Status is Test, Draft, Active or Obsolete"]

{"sheet":"1.10 Vac","index":16,"n_rows":44,"n_cols":6,"rows_kept":44,"cut":false,"hidden":false,"merged":[],"flags":["formulas_cached_only"]}
["Vacuum System & Beam Stop (Yulin Li)",{"$nulls":4},"2016-12-19"]
["Parameter","Unit","Value ","Status ","Date","Comment"]
[]
["FFAG section average pressure, initial","nTorr","<10","active","2016-04-29","(H2, CO, H20) = (50, 30, 20)%; 2-days after a venting"]
["FFAG section average pressure, long-term","nTorr","~1","active","2016-04-29","(H2, CO, H20) = (78, 12, 10)%"]
["Splitter sections average pressure, initial","nTorr","<50","active","2016-12-15","(H2, CO, H20) = (20, 30, 50)%; 2-days after a venting"]
["Splitter sections average pressure, long-term","nTorr","<10","active","2016-12-15","(H2, CO, H20) = (50, 30, 20)%"]
["Main beam Stop average pressure, static","nTorr","<10","active","2016-12-15","(H2, CO, H20) = (20, 30, 50)%"]
["Splitter sections average pressure, with electron beam","nTorr","<100","active","2016-12-15","(H2, CO, H20) = (60, 30, 10)%"]
["Cold section pressure","nTorr","<0.1","avtive","2016-04-29","(H2, CO, H20) = (100, 0, 0)%"]
[]
["Beampipe aperture, FA, FB Sections","mm","84(H), 24(V)","active","2016-12-15"]
["Beampipe aperture, TA, TB Sections","mm","84(H), 24(V)","active","2016-12-15"]
["Beampipe aperture, ZA, ZB Sections","mm","84(H), 24(V)","active","2016-12-15"]
["Beampipe aperture, SX, RX Sections","mm","36(H), 24(V)","active","2016-12-15"]
["Beampipe aperture, beam stop  Section","mm",">40","active","2016-12-15"]
[]
["No. of BPMs, FA/FB/TA/TB sections","Set",80,"active","2016-12-19","One BPM per cell, 6-button style"]
["No. of BPMs, ZA/ZB sections","Set",12,"active","2016-12-19","One BPM per 2 cells, 4-button style"]
["No. of BPMs, SX/RX sections","Set",40,"active","2016-12-19","One BPM per quad, 4-button style"]
["No. of BPMs, main beam stop line","Set",5,"active","2016-12-19","Re-use 3 existing stripline BPM, plus 2 4-button style "]
[]
["BPM position stability, FFAG sections ","mm",null,null,null,"In 1.5 Hybrid ?"]
["BPM position stability, SX, RX sections ","mm",null,null,null,"In 1.6 Splitter ?"]
[]
["Beam path adjustment range, SX/RX sections","mm",null,null,null,"In 1.6 Splitter ?"]
[]
["No. of Instrument ports, FA/FB/TA/TB sections","each",40,"active","2016-12-19","Two ports 4-cell chamber"]
["No. of Instrument ports, ZA/ZB sections","each",4,"draft","2016-12-19","One port per 6-cell chamber"]
["No. of Instrument ports, SX/RX sections","each",8,"draft","2016-12-19","Two port per beam path"]
[]
["No. of RF-shielded gate valves","each",5,"active","2016-12-19","2 existing from MLC, 1 exising from main beam stop line"]
["No. of RF-shielded sliding joints, FA/FB/TA/TB sections","each",12,"active","2016-12-19","One sliding joint per two girders"]
["No. of RF-shielded sliding joints, SX/RX sections","each",12,"active","2016-12-19","Three sliding joint per beam path"]
["No. of RF-shielded sliding joints, beam stop line","each",1,"active","2016-12-19","Existing"]
[]
["Beam stop power, max. (tune-up stop)","kW","<1","draft","2016-12-19","For 1st and 2nd go/no_go tests, and for diagnostic line"]
["Main beam stop power, max.","kW",600,"active","2016-12-19","Assume proper beam stop line optics setup"]
["Main beam stop electron energy, max.","MeV",13,"active","2016-12-19","Limited by thermoneutron threshold of aluminum"]
[]
[]
[]
["NOTES"]
["Status is Test, Draft, Active or Obsolete"]

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["Commissioning (A. Bartnik)",{"$nulls":4},"2016-09-07"]
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["Safety (D. Widger)",{"$nulls":4},"2016-09-07"]
["Parameter","Unit","Value ","Status ","Date","Comment"]
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["Status is Test, Draft, Active or Obsolete"]