EIC Accelerator Requirements
Electron Ion Collider
Requirements
Performance requirements for the EIC accelerator complex and sub-systems.
- NameWBSDescriptionUpdatedStatusTBD
CRYO : Cryogenics System (WBS 6.09)- CRYO-2K_SAT : Cryogenics System 2K Satellite Plant (WBS 6.09.02.02)
- 6.09.02.02Cold compressor motors, valve operators, and instrumentation & controls shall be located to allow for convenient operation, inspection, maintenance, and troubleshooting.11/13/2023APPROVEDFALSE
- 6.09.02.02When working on the inside of the cold box shall be provided with easy access to all internal components via an internal ladder.11/13/2023APPROVEDFALSE
- 6.09.02.02Access to the inside of the cold box shall be via a manway located near the floor having a diameter of at least 28 inches11/13/2023APPROVEDFALSE
- 6.09.02.02For air ventilation when working on the inside of the cold box, a flanged plate at the top of the cold box shall be provided having a diameter of at least 8 inches11/13/2023APPROVEDFALSE
- 6.09.02.02Access platforms shall be placed at the top of the cold box.11/13/2023APPROVEDFALSE
- 6.09.02.02The access platforms on top of the cold box shall be designed to carry a load of at least 150 lbs. per square foot.11/13/2023APPROVEDFALSE
- 6.09.02.02Diffusion pumps shall be mounted at an accessable location on the cold box and shall have an isolation valve.11/13/2023APPROVEDFALSE
- 6.09.02.02The diffusion pumps shall be adequately sized to evacuate cold box vacuums within 48 hours to a pressure level of better than <1 x 10e5 Torr11/13/2023APPROVEDFALSE
- 6.09.02.02The vacuum pump shall be large enough for the diffusion pump to cross over from rough vacuum pressure.11/13/2023APPROVEDFALSE
- 6.09.02.02The vacuum pump port shall be a minimum size of ISO 25011/13/2023APPROVEDFALSE
- 6.09.02.02A vacuum gate valve of at least the size of the diffusion pump port shall be installed between the cold box and its vacuum system.11/13/2023APPROVEDFALSE
- 6.09.02.02The vacuum gate valve installed between the cold box and its vacuum system shall close upon any power outage.11/13/2023APPROVEDFALSE
- 6.09.02.02The vacuum gate valve installed between the cold box and its vacuum system shall allow the replacement of vacuum system components without breaking the cold box vacuum.11/13/2023APPROVEDFALSE
- 6.09.02.02All vacuum valve ports of vessels with multi-layer insulation shall be properly screened to prevent inlet blockages.11/13/2023APPROVEDFALSE
- 6.09.02.02An additional connection and vacuum valve on the cold box shall be provided as a back-up connection.11/13/2023APPROVEDFALSE
- 6.09.02.02The cold box back-up vacuum valve connection port shall be at least 150 ISO11/13/2023APPROVEDFALSE
- 6.09.02.02Should there be a failure of any component in the cold box, the cold box vacuum vessel shall be equipped with a relief device sized to handle 125% of the flow from the cold box high pressure supply at the maximum design capacity. units11/13/2023APPROVEDFALSE
- 6.09.02.02The cold box vacuum shall be able to be pumped down from atmospheric pressure to its operational pressure within 24 hrs11/13/2023APPROVEDFALSE
- 6.09.02.02The cold box shall be permanently equipped with all components required to introduce warm gas into the heat exchangers and to remove any contaminants.11/13/2023APPROVEDFALSE
- 6.09.02.02The cold box shall have Dual carbon beds at 80 K.11/13/2023APPROVEDFALSE
- 6.09.02.02The 80K Dual carbon beds shall have a regeneration period of less than 2 days11/13/2023APPROVEDFALSE
- 6.09.02.02The 80K Dual carbon beds shall reduce flow impurities in the system to less than xxx, given an inlet impurity level of 100 ppmv <1 ppmV11/13/2023APPROVEDFALSE
- 6.09.02.02The 80K Dual carbon beds shall a minimum bed life of >1 mnth11/13/2023APPROVEDFALSE
- 6.09.02.02The 80K Dual carbon beds pressure drop through the adsorber beds shall not exceed <0.5 atm11/13/2023APPROVEDFALSE
- 6.09.02.02The final filtration stage shall have a residual contamination of oil of less than <1 ppb by volume11/13/2023APPROVEDFALSE
- 6.09.02.02A local rack and panel shall be provided to display the trace contamination within the helium gas process stream for the cold box mounted instrumentation and internal 80K absorber bed instrumentation.11/13/2023APPROVEDFALSE
- 6.09.02.02The High pressure helium stream of the system shall have dual mole-sieve beds to remove moisture. It shall contain all the circuits for regeneration and shall minimize helium usage during regeneration. The exit dewpoint shall be xx or better. 80 °C11/13/2023APPROVEDFALSE
- 6.09.02.02The satellite refrigerator shall be designed to have the following operating modes; 1. A 2 K steady state operation mode, 2. A transient operation mode, 3. A 4.5 K standby operation mode, 4. A cool down mode from 300K to 3.5K within 12 hours, 5. A warm up mode, and 6. A minimum possible turndown mode11/13/2023APPROVEDFALSE
- 6.09.02.02The cold box shall be designed for a cool down from 300K to 3.5K and warm up from 3.5K to 300K within 12 hrs 12 hrs11/13/2023APPROVEDFALSE
- 6.09.02.02The refrigeration system shall be able to operate in standby mode with the atmospheric compressor at 4.5K or with the sub-atmospheric compressor, at 3.5K, based on the operating conditions specified.11/13/2023APPROVEDFALSE
- 6.09.02.02The refrigeration system shall provide the minimum possible turndown based on the operating conditions specified.11/13/2023APPROVEDFALSE
- 6.09.02.02All cold box reliefs shall be placed only on vertical piping which drains toward the compressors.11/13/2023APPROVEDFALSE
- 6.09.02.02The main process relief valves shall be located indoors to maintain integrity and reliability of the valves.11/13/2023APPROVEDFALSE
- 6.09.02.02A pressure systems plan and verification with validation methods and testing procedures shall be provided.11/13/2023APPROVEDFALSE
- 6.09.02.02Equipment and piping shall be designedto ASME BPVC VIII and B31.3 Process Piping11/13/2023APPROVEDFALSE
- 6.09.02.02ODH: All major reliefs shall be piped to discharge outside of building11/13/2023APPROVEDFALSE
- 6.09.02.02All cold box reliefs shall be situated on vertical piping which drains toward compressors11/13/2023APPROVEDFALSE
- 6.09.02.02Expander inlet filters shall be located outside of the cold box.11/13/2023APPROVEDFALSE
- 6.09.02.02Expander inlet filters shall have a properly sized filter to prevent particles from entering which are >10 microns11/13/2023APPROVEDFALSE
- 6.09.02.02The expander bearing gas supply, gas break circuit shall have a properly sized filter to prevent particles from entering which are >10 microns11/13/2023APPROVEDFALSE
- 6.09.02.02The LP inlet of warm compressors shall have a 304SS temporary strainer with 300 mesh 300% O, 1/16" PERF and the screen must be easily removable for cleaning.11/13/2023APPROVEDFALSE
- 6.09.02.02The cryogenic system is expected to operate 8 months out of every year.11/13/2023APPROVEDFALSE
- 6.09.02.02Spare parts as offered by each subsystem vendor shall allow the plant to meet its availability requirements of 99%.11/13/2023APPROVEDFALSE
- 6.09.02.02Electrica heater elements inside the coldbox insulating vacuum volume shall have a redudant element11/13/2023APPROVEDFALSE
- 6.09.02.02Temperature sensors inside the coldbox insulating vacuum volume shall have redudant sensors11/13/2023APPROVEDFALSE
- 6.09.02.02All the cryogenic equipment shall be designed to handle no less than 100 thermal cycles.11/13/2023APPROVEDFALSE
- 6.09.02.02UPS & Emergency Power shall be provided to controls, instrument air, vacuum systems11/13/2023APPROVEDFALSE
- 6.09.02.02All process equipment joints and interfaces such as flanges, mechanical joints, and valve stem seals shall be low leakage design to minimize loss of helium to environment. For example for valves ISO-15848-Class AH11/13/2023APPROVEDFALSE
- 6.09.02.02All process piping shall be helium mass spectrometer leak checked to have a leakage rate no greater than 1x109 atm cc/s.11/13/2023APPROVEDFALSE
- 6.09.02.02All process equipment shall be helium mass spectrometer leak checked to have a leakage rate no greater than 1x106 atm cc/s.11/13/2023APPROVEDFALSE
- 6.09.02.02A Helium Gas Management System shall be provided based on process system pressures and flow rates into and out of the helium gas storage system (tied through Warm Return to the Central Plant) and warm helium compressor.11/13/2023APPROVEDFALSE
- 6.09.02.02The piping shall be designed so that pooling oil will flow downward toward compressors and away from the cold box at all times11/13/2023APPROVEDFALSE
- 6.09.02.02The design shall avoid "U bends" in the piping where possible and if the design has "U bends" those bends must contain drains. All "U bends" must be agreed upon with the EIC CRYO team.11/13/2023APPROVEDFALSE
- 6.09.02.02All internal process piping shall be designed with operating and design temperatures in the range of 3.5 to 310 K11/13/2023APPROVEDFALSE
- 6.09.02.02All plate-fin heat exchangers shall be of the counterflow type and be mounted in the vertical oriented position with warm end up.11/13/2023APPROVEDFALSE
- 6.09.02.02Heat exchangers shall have a uniformly applied UA safety margin of 15 %11/13/2023APPROVEDFALSE
- 6.09.02.02The turbo-expander shall be of the gas bearing type.11/13/2023APPROVEDFALSE
- 6.09.02.02The turbo-expander shall have a proven performance history in helium service of at least 20000 hrs11/13/2023APPROVEDFALSE
- 6.09.02.02Expanders shall be provided with appropriate purge connections for warmup and clean-up.11/13/2023APPROVEDFALSE
- 6.09.02.02The purge circuits shall contain flow-limiting orifices and check valves to prevent unexpected rotations of expanders.11/13/2023APPROVEDFALSE
- 6.09.02.02Each cold compressor shall be designed to have individual speed control from a minimum speed close to zero to its maximum speed.11/13/2023APPROVEDFALSE
- 6.09.02.02All helium valves shall be bellows-sealed.11/13/2023APPROVEDFALSE
- 6.09.02.02All helium valves operating sub-atmospherically shall have a test port with a VCR connection.11/13/2023APPROVEDFALSE
- 6.09.02.02Cold compressor motors shall be of the active magnetic bearings type, with variable frequency drive.11/13/2023APPROVEDFALSE
- 6.09.02.02Compressor skid shall consist of an oil flooded screw compressor, a compressor drive motor, an oil injection pump/motor, an oil cooler, a helium gas after-cooler, a bulk oil separator, maintenance seals/gaskets and local operator PLC controls.11/13/2023APPROVEDFALSE
- 6.09.02.02The satellite refrigerator shall include a LN2 precooling system.11/13/2023APPROVEDFALSE
- 6.09.02.02Equipment shall be engineered for minimal noise. If the this is not possible the area will be rated for hearing protection11/13/2023APPROVEDFALSE
- 6.09.02.023 phase high voltage for motors and heaters - 4160V shall be provided for application above 500HP, 480V for applications up to 500HP, 208V for specific lower power draw application.11/13/2023APPROVEDFALSE
- 6.09.02.02Single phase 120V shall be provided for ancillary equipment.11/13/2023APPROVEDFALSE
- 6.09.02.02Vibration levels generated by cryogenic plant elements shall not exceed - TBD (frequency and G-level).11/13/2023APPROVEDTRUE
- 6.09.02.02A UPS shall be provided for the Cryo control racks and cold compressors drive system.11/13/2023APPROVEDFALSE
- 6.09.02.02An emergency generator shall be provided to power air compressor, Cryo control racks and network equipment, water pumps.11/13/2023APPROVEDFALSE
- 6.09.02.02A conditioned space shall be provided for the control racks and a local control room in the satellite building.11/13/2023APPROVEDFALSE
- 6.09.02.02The satellite cryogenic plant at IR10 shall handle the following mode requirements for SRF Cryomodules: Cooldown rate controllable from 10 K/hr maximum over the temperature range 300K-100K, maximum cooldown rate >20 K/hr over the temperature range 100K-4.5K.11/13/2023APPROVEDFALSE
- 6.09.02.02The satellite cryogenic plant shall handle the following mode requirements for SRF Cryomodules: Warmup shall happen using the load heater to boil-off the liquid. Insulating vacuum can be broken to facilitate warmup once the temperature rises above 90K.11/13/2023APPROVEDFALSE
- EIC : Electron-Ion Collider (EIC) System (WBS 6)
- EIC-CONT : EIC Global Controls System (WBS 6.07)
- 6.07The Sampling Rate, high, default shall be 100 KHz11/13/2023PENDINGFALSE
- 6.07The Sampling Rate, low, default shall be 1 KHz11/13/2023PENDINGFALSE
- 6.07The Snapshot A, Time period, total shall be 10 sec11/13/2023PENDINGFALSE
- 6.07The Snapshot A, Time period, before event shall be 9 sec11/13/2023PENDINGFALSE
- 6.07The Snapshot A, Time period, after event shall be 1 sec11/13/2023PENDINGFALSE
- 6.07The Snapshot B, Time period, total shall be 39 sec11/13/2023PENDINGFALSE
- 6.07The Snapshot B, Time period, before event shall be 9 sec11/13/2023PENDINGFALSE
- 6.07The Snapshot B, Time period, after event shall be 30 sec11/13/2023PENDINGFALSE
- 6.07The Value publishing, rate shall be 10 Hz11/13/2023PENDINGFALSE
- 6.07The Correlation, Timestamp resolution, 1Hz data shall be 1 sec11/13/2023PENDINGFALSE
- 6.07The Correlation, Timestamp resolution, 1kHz data shall be 1 ms11/13/2023PENDINGFALSE
- 6.07The Correlation, Timestamp resolution, 1MHz data shall be 1 μs11/13/2023PENDINGFALSE
- 6.07The Correlation, Timestamp resolution, beam synch data shall be 1 turn11/13/2023PENDINGFALSE
- 6.07The AI/ML computations, output rate, max shall be 1 kHz11/13/2023PENDINGFALSE
- 6.07The Statistical computations, array size shall be 100 kS11/13/2023PENDINGFALSE
- 6.07The Statistical computations, publishing rate, min shall be 1 Hz11/13/2023PENDINGFALSE
- 6.07The Synchronization accuracy, bucket to trigger shall be 2 ns11/13/2023PENDINGFALSE
- 6.07The Jitter, for f>1 Hz, maximum RMS value shall be 8 ps11/13/2023PENDINGFALSE
- 6.07The Controls Reliability shall be 97 %11/13/2023PENDINGFALSE
- 6.07The Name lookup period per 1k parameters, max shall be 200 ms11/13/2023PENDINGFALSE
- 6.07The Synoptic display, update rate, max shall be 10 Hz11/13/2023PENDINGFALSE
- 6.07The Synoptic display, parameter count, max shall be 30000 cnt11/13/2023PENDINGFALSE
- 6.07The Tabular display, update rate, max shall be 10 Hz11/13/2023PENDINGFALSE
- 6.07The Tabular display, parameter count, max shall be 10000 cnt11/13/2023PENDINGFALSE
- 6.07The Time series data log, parameter count, max shall be 1000000 cnt11/13/2023PENDINGFALSE
- 6.07The Time series data log, retrieval time, max shall be 1 sec11/13/2023PENDINGFALSE
- 6.07The Time series data log, data retention, min shall be 20 yrs11/13/2023PENDINGFALSE
- 6.07The Snapshot data log, parameter count, max shall be 10000 cnt11/13/2023PENDINGFALSE
- 6.07The Snapshot data log, collection time, max shall be 30 sec11/13/2023PENDINGFALSE
- 6.07The Snapshot data log, data retention, min shall be 20 yrs11/13/2023PENDINGFALSE
- 6.07The Sequencing, supported number of parameters per unit shall be 10000 cnt11/13/2023PENDINGFALSE
- 6.07The Sequencing, command response time, max shall be 100 ms11/13/2023PENDINGFALSE
- 6.07The Alarms, number of parameters monitored shall be 10000 cnt11/13/2023PENDINGFALSE
- 6.07The Alarms, delay from trip to notification, max shall be 20 sec11/13/2023PENDINGFALSE
- 6.07The Values capture, parameter list size, max shall be 100000 cnt11/13/2023PENDINGFALSE
- 6.07The Values capture, time to complete, max shall be 5 min11/13/2023PENDINGFALSE
- 6.07The Values restoration, parameter list size, max shall be 100000 cnt11/13/2023PENDINGFALSE
- 6.07The Values restoration, time to complete, max shall be 5 min11/13/2023PENDINGFALSE
- 6.07The Elog search, latency, max shall be 1 sec11/13/2023PENDINGFALSE
- 6.07The Elog view update period, max shall be11/13/2023PENDINGFALSE
- 6.07The Personnel Protection shall be11/13/2023PENDINGFALSE
- 6.07The ODH monitoring, trip level, min shall be 19.5 %11/13/2023PENDINGFALSE
- 6.07The Chipmunk monitoring, high threshold interlock response time shall be ms11/13/2023PENDINGFALSE
- 6.07The Beamstops, interlock delay contribution to insertion latency shall be sec11/13/2023PENDINGFALSE
- 6.07The Beam Abort Event, response total budget time, max shall be tbd μs11/13/2023PENDINGTRUE
- 6.07The MPS Input Interlock, accuracy, max shall be 10 ns11/13/2023PENDINGFALSE
- 6.07The Beam Abort Event, accuracy, max shall be 10 ns11/13/2023PENDINGFALSE
- 6.07The Vacuum gauges, digital data publishing rate, max shall be 1 Hz11/13/2023PENDINGFALSE
- 6.07The Vacuum gauges, analog snapshot, buffer period, max shall be 10 sec11/13/2023PENDINGFALSE
- 6.07The Vacuum gauges, analog sample rate, max shall be 1 kHz11/13/2023PENDINGFALSE
- 6.07Exceptional cases placeholder TBA11/13/2023PENDINGFALSE
- 6.07The BLMs, Controls response time to excessive loss deviation shall be μs11/13/2023PENDINGFALSE
- 6.07The BPMs, Controls response time to excessive position deviation shall be 12 μs11/13/2023PENDINGFALSE
- 6.07The Vacuum pressure, Controls response time to high deviation shall be μs11/13/2023PENDINGFALSE
- 6.07The Beam abort, Controls maximum response time shall be 36 μs11/13/2023PENDINGFALSE
- EIC-INF : EIC Infustructure (WBS 6.11)
- EIC-INF-XFMR : EIC Infustructure Substation Transformers (WBS 6.11.03.03)
- 6.11.03.03The building substation transformers power input supply shall be compatible with BNL infrastructure, 13.8kV, 3Phase, 3wire.11/13/2023APPROVEDFALSE
- 6.11.03.03The building substation transformers load requirements shall be derived from building loads for unit substation procurement provided by engineering.11/13/2023APPROVEDFALSE
- 6.11.03.03The building substation transformers power output supply shall be compatible with load connections provided by BNL infustructure, 480V, 3Phase, 3wire with high resistance ground.11/13/2023APPROVEDFALSE
- 6.11.03.03The building substation transformers shall be complaint to NEC (NFPA70) and UL standards.11/13/2023APPROVEDFALSE
- 6.11.03.03The building substation transformers shall be designed for maintainability and reliability.11/13/2023APPROVEDFALSE
- 6.11.03.03The building substation transformers shall be designed to mitigate safety and enviromental hazards.11/13/2023APPROVEDFALSE
- 6.11.03.03The building substation transformers shall be designed to be expandable in size and power.11/13/2023APPROVEDFALSE
- EIC-MAG : EIC Magnet Strands and Cable (WBS 6.06.02.07)
- EIC-MAG-DWC_STRAND_TYPE1 : EIC IR Superconducting Direct Wind Conductor Strand Type 1 (0.470mm) (WBS 6.06.02.07)
- 6.06.02.07The 0.470mm direct wind conductor strand shall have the nominal filament diameter of <7μm11/13/2023APPROVEDFALSE
- 6.06.02.07The 0.470mm direct wind conductor strand shall have the nominal filament spacing of >1μm11/13/2023APPROVEDFALSE
- 6.06.02.07The 0.470mm direct wind conductor strand shall have the nominal copper to non-copper ratio of 1.6 to 1 (±0.1)11/13/2023APPROVEDFALSE
- 6.06.02.07The 0.470mm direct wind conductor strand shall have the number of filaments of 200011/13/2023APPROVEDFALSE
- 6.06.02.07The 0.470mm direct wind conductor strand shall have the bare wire diameter of 0.470(±0.005) mm11/13/2023APPROVEDFALSE
- 6.06.02.07The 0.470mm direct wind conductor strand shall have the wire twist direction of right11/13/2023APPROVEDFALSE
- 6.06.02.07The 0.470mm direct wind conductor strand shall have the wire twist pitch of 15 (±2) per/mm11/13/2023APPROVEDFALSE
- 6.06.02.07The 0.470mm direct wind conductor strand shall have the wire sharp bend test that results in no damage11/13/2023APPROVEDFALSE
- 6.06.02.07The 0.470mm direct wind conductor strand shall have the wire springback test of <1090 ? (horiz). & <1200 ? (vert.)11/13/2023APPROVEDFALSE
- 6.06.02.07The 0.470mm direct wind conductor strand shall have the wire minimum critical current (7.0 t and 4.2k) of 105a11/13/2023APPROVEDFALSE
- 6.06.02.07The 0.470mm direct wind conductor strand shall have the variation of measured wire critical current, maximum limit at 7t of ±10%11/13/2023APPROVEDFALSE
- 6.06.02.07The 0.470mm direct wind conductor strand shall have the maximum room temperature resistance of 0.16ohm/m11/13/2023APPROVEDFALSE
- 6.06.02.07The 0.470mm direct wind conductor strand shall have the wire minimum RRR of 10011/13/2023APPROVEDFALSE
- EIC-MAG-DWC_STRAND_TYPE2 : EIC IR Superconducting Direct Wind Conductor Strand Type 2 (0.330mm) (WBS 6.06.02.07)
- 6.06.02.07The 0.330mm direct wind conductor strand conductor shall have the nominal filament diameter of <7μm11/13/2023APPROVEDFALSE
- 6.06.02.07The 0.330mm direct wind conductor strand conductor shall have the nominal filament spacing of >1μm11/13/2023APPROVEDFALSE
- 6.06.02.07The 0.330mm direct wind conductor strand conductor shall have the nominal copper to non-copper ratio of 1.6 to 1 (±0.1)11/13/2023APPROVEDFALSE
- 6.06.02.07The 0.330mm direct wind conductor strand conductor shall have the number of filaments of 99011/13/2023APPROVEDFALSE
- 6.06.02.07The 0.330mm direct wind conductor strand conductor shall have the bare wire diameter of 0.330(±0.005) mm11/13/2023APPROVEDFALSE
- 6.06.02.07The 0.330mm direct wind conductor strand conductor shall have the wire twist direction of right11/13/2023APPROVEDFALSE
- 6.06.02.07The 0.330mm direct wind conductor strand conductor shall have the wire twist pitch of 15 (±2) per/mm11/13/2023APPROVEDFALSE
- 6.06.02.07The 0.330mm direct wind conductor strand conductor shall have the wire sharp bend test that results in no damage11/13/2023APPROVEDFALSE
- 6.06.02.07The 0.330mm direct wind conductor strand conductor shall have the wire springback test of <1090 ? (horiz.)
<1200 ? (vert.)11/13/2023APPROVEDFALSE - 6.06.02.07The 0.330mm direct wind conductor strand conductor shall have the wire minimum critical current (7.0 T and 4.2K) of 57A11/13/2023APPROVEDFALSE
- 6.06.02.07The 0.330mm direct wind conductor strand conductor shall have the variation of measured wire critical current, maximum limit at 7T of ±10%11/13/2023APPROVEDFALSE
- 6.06.02.07The 0.330mm direct wind conductor strand conductor shall have the maximum room temperature resistance of 0.324ohm/m11/13/2023APPROVEDFALSE
- 6.06.02.07The 0.330mm direct wind conductor strand conductor shall have the wire minimum RRR of 10011/13/2023APPROVEDFALSE
- EIC-MAG-SRCC : EIC IR Superconducting Rutherford Conductor Cable (WBS 6.06.02.07)
- 6.06.02.07The superconducting rutherford cable conductor shall have the nominal filament diameter of <7μm11/13/2023APPROVEDFALSE
- 6.06.02.07The superconducting rutherford cable conductor shall have the nominal filament spacing of >1μm11/13/2023APPROVEDFALSE
- 6.06.02.07The superconducting rutherford cable conductor shall have the nominal copper to non-copper ratio of 1.6 to 1 (±0.1)11/13/2023APPROVEDFALSE
- 6.06.02.07The superconducting rutherford cable conductor shall have the number of filaments of 867011/13/2023APPROVEDFALSE
- 6.06.02.07The superconducting rutherford cable conductor shall have the bare wire diameter of 1.065(±0.003) mm11/13/2023APPROVEDFALSE
- 6.06.02.07The superconducting rutherford cable conductor shall have the wire twist direction of right11/13/2023APPROVEDFALSE
- 6.06.02.07The superconducting rutherford cable conductor shall have the wire twist pitch of 18 (±2) per/mm11/13/2023APPROVEDFALSE
- 6.06.02.07The superconducting rutherford cable conductor shall have the wire sharp bend test that results in no damage11/13/2023APPROVEDFALSE
- 6.06.02.07The superconducting rutherford cable conductor shall have the wire springback test of <1090 ? (horiz.) & <1200 ? (vert.)11/13/2023APPROVEDFALSE
- 6.06.02.07The superconducting rutherford cable conductor shall have the wire minimum critical current (7.0 T and 4.2K) of 550A11/13/2023APPROVEDFALSE
- 6.06.02.07The superconducting rutherford cable conductor shall have the variation of measured wire critical current, maximum limit at 7T of ±10%11/13/2023APPROVEDFALSE
- 6.06.02.07The superconducting rutherford cable conductor shall have the maximum room temperature resistance of 0.0314ohm/m11/13/2023APPROVEDFALSE
- 6.06.02.07The superconducting rutherford cable conductor shall have the wire minimum RRR of 4011/13/2023APPROVEDFALSE
- EIS : Electron Injector System (EIS) System (WBS 6.03)
- EIS-GUN : EIS Electron Source Gun (WBS 6.03.04.01)
- 6.03.04.01The Bunch Energy shall be 280 to 350 keV11/13/2023APPROVEDFALSE
- 6.03.04.01The Bunch to Bunch Energy Variation shall be 1.5e-3 dE/E, rms11/13/2023APPROVEDFALSE
- 6.03.04.01The Bunch to Bunch Phase Variation shall be 5 ps, rms11/13/2023APPROVEDFALSE
- 6.03.04.01The Slow Energy Drift (T > 60s) shall be 1E-3 dE/E, rms11/13/2023APPROVEDFALSE
- 6.03.04.01The Slow Phase Drift (T > 60s) shall be 10 ps, rms11/13/2023APPROVEDFALSE
- 6.03.04.01The Bunch Charge (Min) shall be 0.1 nC11/13/2023APPROVEDFALSE
- 6.03.04.01The Bunch Charge (Max) shall be 8 nC11/13/2023APPROVEDFALSE
- 6.03.04.01The Polarization shall be Up to 90 %11/13/2023APPROVEDFALSE
- 6.03.04.01The Polarization Orientation shall be Longitudinal11/13/2023APPROVEDFALSE
- 6.03.04.01The Bunch Length shall be 1.2-1.6 ns, rms11/13/2023APPROVEDFALSE
- 6.03.04.01The Bunch Energy Spread shall be 8e-3 dE/E, rms11/13/2023APPROVEDFALSE
- 6.03.04.01The Bunch Normalized Horizontal Emittance shall be 8 mm-mrad, rms11/13/2023APPROVEDFALSE
- 6.03.04.01The Bunch Normalized Horizontal Emittance Tolerance shall be +/-1 %11/13/2023APPROVEDFALSE
- 6.03.04.01The Bunch Normalized Vertical Emittance shall be 7 mm-mrad, rms11/13/2023APPROVEDFALSE
- 6.03.04.01The Bunch Normalized Vertical Emittance Tolerance shall be +/-1 %11/13/2023APPROVEDFALSE
- 6.03.04.01The Bunch Longitudinal Profile Distribution shall be Beer Can11/13/2023APPROVEDFALSE
- EIS-GUN-CONT : EIS Electron Source Gun Controls System (WBS 6.07.02)
- 6.07.02The polarization monitoring rate shall be 8 bunches at 1 Hz11/13/2023APPROVEDFALSE
- 6.07.02The spin state control command window prior to laser trigger shall be 10 ms11/13/2023APPROVEDFALSE
- EIS-GUN-ESOURCE : EIS Electron Source Gun Electron Beam (WBS 6.03.04.02)
- 6.03.04.02The e-Gun system requires a minimum electrical service 300\208 Amps\Vac11/13/2023APPROVEDFALSE
- 6.03.04.02The maximum power consumption required for the Gun systems should not exceed. 108 kVA11/13/2023APPROVEDFALSE
- 6.03.04.02The gun system shall be designed to operate in a Class 100 (ISO 5) clean room with its temperature maintained at 18 +/- 2 °C11/13/2023APPROVEDFALSE
- 6.03.04.02The gun vacuum shall be able to achieve and maintain <10-11 Torr11/13/2023APPROVEDFALSE
- 6.03.04.02The bunch parameters from the cathode for 5&11GeV operation shall have a bunch charge of 7 nC11/13/2023APPROVEDFALSE
- 6.03.04.02The bunch parameters from the cathode for 18GeV operation shall have a bunch charge of 5 nC11/13/2023APPROVEDFALSE
- 6.03.04.02The bunch parameters from the cathode shall have a initial bunch length (FWHM) of 1.6 ns11/13/2023APPROVEDFALSE
- 6.03.04.02The bunch parameters from the cathode shall have a bunch Diameter(hard edge) within the range of 6-10 mm11/13/2023APPROVEDFALSE
- 6.03.04.02The bunch parameters from the cathode shall have a Longitudinal profile distribution which is flat11/13/2023APPROVEDFALSE
- 6.03.04.02The bunch parameters from the cathode shall have a Transverse Gaussian distribution with a σ of 6 to 10 mm11/13/2023APPROVEDFALSE
- 6.03.04.02The bunch parameters from the cathode shall have a Gun voltage in the range of 290 to 350 keV11/13/2023APPROVEDFALSE
- 6.03.04.02The gun shall be capable of generating four bunches with each bunch separated by at least 12.8295593046379 μs11/13/2023APPROVEDFALSE
- 6.03.04.02The gun shall be capable of reproducing the entire 4 bunch pairs with a repetition rate of 1 Hz11/13/2023APPROVEDFALSE
- 6.03.04.02For 7[nC] bunches the average current from the gun shall be 56 nA11/13/2023APPROVEDFALSE
- 6.03.04.02For 5[nC] bunches the average current from the gun shall be 40 nA11/13/2023APPROVEDFALSE
- 6.03.04.02The gun shall have an operational lifetime of >. 2 Wks11/13/2023APPROVEDFALSE
- 6.03.04.02The electron gun design for pre-injector shall permit the exchange of the cathode in Approx 2 hrs11/13/2023APPROVEDFALSE
- 6.03.04.02Minimum e-Beam polarizationfrom gun shall be >85 %11/13/2023APPROVEDFALSE
- EIS-GUN-INST : EIS Electron Source Gun Instrumentation System (WBS 6.03.04.02.06)
- EIS-GUN-INST-EM : EIS Electron Source Gun Instrumentation Emittance Monitor (WBS 6.03.04.02)
- 6.03.04.02Emittances shall be measured using a profile monitor and a dedicated upstream quadrupole configured to measure H, V, and skew profiles.11/13/2023APPROVEDFALSE
- 6.03.04.02Before the 400 MeV beam goes into the spin rotator, the emittance shall be measured by a quad scan11/13/2023APPROVEDFALSE
- 6.03.04.02The EM shall be able to measure the expected normalized emittance of 40 um11/13/2023APPROVEDFALSE
- 6.03.04.02Beam emittance shall be measured in the low energy diagnostics beamline using a slit scanner and profile monitor11/13/2023APPROVEDFALSE
- EIS-GUN-INST-F_Cup : EIS Electron Source Gun Instrumentation Faraday Cup (WBS 6.03.04.02)
- 6.03.04.02The Faraday cup shall be able to measure the charge of the electron bunches from the gun over a charge range of 0.1 - 14 nC11/13/2023APPROVEDFALSE
- 6.03.04.02The Faraday cup electronics shall require < 3 kW supplied from one 110 Vac, 20 Amp single chase circuit11/13/2023APPROVEDFALSE
- 6.03.04.02The Faraday cup power dissipation shall be less that 1 W11/13/2023APPROVEDFALSE
- EIS-GUN-INST-MOT : EIS Electron Source Gun Instrumentation Mott Polarimeter (WBS 6.03.04.02)
- 6.03.04.02The E-gun charge measurement shall use a Mott polarimeter measurement technique.11/13/2023APPROVEDFALSE
- 6.03.04.02The Mott polarimeter shall provide polarization measurements of 280-350 keV electron bunches with an accuracy >=2 %11/13/2023APPROVEDFALSE
- 6.03.04.02Right and left backscatter acquisition chains shall be incorporated in the design (e-detector, pre-amp, amp, and MCA)11/13/2023APPROVEDFALSE
- 6.03.04.02The Mott polarimeter shall be able to measure the polarization of the electron bunches from the gun.11/13/2023APPROVEDFALSE
- 6.03.04.02The Mott polarimeter shall read beam polarization over a repolarization range of 25 to 90 %11/13/2023APPROVEDFALSE
- 6.03.04.02Over the measurement range the Mott polarimeter shall be accurate to within a resolution of 2 %11/13/2023APPROVEDFALSE
- 6.03.04.02The Mott polarimeter system and electronics shall utilize ~11 kW, from one 208 Vac 3 phase @ 30 amps/phase circuit (It depends on Mott polarimeter design)11/13/2023APPROVEDFALSE
- 6.03.04.02The Mott polarimeter shall function @ 18[C] (nom.) within a temperature stability +/- 2[C]supplied by the gun clean room11/13/2023APPROVEDFALSE
- 6.03.04.02The 280-350 keV Mott polarimeter shall have a bunch charge measurement range of 0.1 to 14 nC11/13/2023APPROVEDFALSE
- 6.03.04.02Th polarimeter shall measure the bunch emittance by slit and beam viewer placed before the 143 deg bending dipole?11/13/2023APPROVEDFALSE
- EIS-GUN-INST-SR : EIS Electron Source Gun Instrumentation Spin Rotator (WBS 6.03.04.02)
- 6.03.04.02In the gun diagnostic line an electrostatic bend spin rotator (based on Illinois Univ. design, 1993) shall be used11/13/2023APPROVEDFALSE
- 6.03.04.02The system shall include two High voltage power supplies and two HV cables11/13/2023APPROVEDFALSE
- 6.03.04.02When bending at 300 keV the system shall have a bend angle of 143 deg11/13/2023APPROVEDFALSE
- 6.03.04.02The system shall be able to bend the electron spin such that the direction after bending is horizontal11/13/2023APPROVEDFALSE
- 6.03.04.02The system shall be able to bend the beam over the range of electron beam energies from 280 to 350 KeV11/13/2023APPROVEDFALSE
- EIS-GUN-LASER : EIS Electron Source Gun Laser (WBS 6.03.04.02)
- 6.03.04.02The Laser system requires a minimum voltage for electrical service 208 Vac11/13/2023APPROVEDFALSE
- 6.03.04.02The Laser power consumption shall be < 40 kW11/13/2023APPROVEDFALSE
- 6.03.04.02The Laser shall be cooled by chillers which also use the laser system power11/13/2023APPROVEDFALSE
- 6.03.04.02The Laser cooling power shall not exceed 20 kW11/13/2023APPROVEDFALSE
- 6.03.04.02The Laser shall be able to function in a clean room having an ambient temperature of 18 +/- 2 CO11/13/2023APPROVEDFALSE
- 6.03.04.02The Laser shall have a repetition rate 0.623 MHz11/13/2023APPROVEDFALSE
- 6.03.04.02The Laser pulse shall have a temporal profile 1.5 to 2 nS11/13/2023APPROVEDFALSE
- 6.03.04.02The Laser shall operate at a wavelength of 780 +/-5 tunability range nm11/13/2023APPROVEDFALSE
- 6.03.04.02The Laser shall be capable of generating a bunches having at least a spacing between bunches of <1.6 ns11/13/2023APPROVEDFALSE
- 6.03.04.02The Laser Shall have the ability to flip and filter the laser pulses11/13/2023APPROVEDFALSE
- 6.03.04.02The laser pulse shall have a transverse truncated gaussian profile11/13/2023APPROVEDFALSE
- 6.03.04.02The Laser pulse jitter rms shall not exceed <5 ps11/13/2023APPROVEDFALSE
- 6.03.04.02The laser (power differential received at the cathode?) in the laser OFF and ON conditions shall be >60 dB11/13/2023APPROVEDFALSE
- EIS-GUN-TIMING : EIS Electron Source Gun Timing (WBS 6.03.04.01)
- 6.03.04.01The harmonic number of the main linac RF system shall be 36624 Hz11/13/2023APPROVEDFALSE
- 6.03.04.01The harmonic number of the Low Frequency Buncher RF system shall be 1512 Hz11/13/2023APPROVEDFALSE
- 6.03.04.01The harmonic number of the High Frequency Buncher RF system shall be 7560 Hz11/13/2023APPROVEDFALSE
- 6.03.04.01The harmonic number of the DeChirp RF system shall be 15168 Hz11/13/2023APPROVEDFALSE
- EIS-GUN-VAC : EIS Electron Source Gun Vacuum (WBS 6.03.04.01.02)
- 6.03.04.01.02Impedance values shall be approved by accelerator physics.11/13/2023APPROVEDFALSE
- 6.03.04.01.02The typical vacuum chamber aperture shall be 32.9 mm11/13/2023APPROVEDFALSE
- 6.03.04.01.02Special aperture requirements and/or aperture file shall be provided by or approved by physics.11/13/2023APPROVEDFALSE
- 6.03.04.01.02The acceptable magnetic field from vacuum equipment within a radius of 16mm or the beam center shall be <0.4 Gauss11/13/2023APPROVEDFALSE
- 6.03.04.01.02The magnetic permeability for vacuum equipment shall be approved by beam physics.11/13/2023APPROVEDFALSE
- 6.03.04.01.02The average vacuum level after conditioning shall be 10^-10 Torr11/13/2023APPROVEDFALSE
- 6.03.04.01.02The vacuum stability (upper pressure limit) shall be TBD Torr11/13/2023APPROVEDTRUE
- EIS-HETL : EIS High Energy Transfer Line (HETL) System (WBS 6.03.03)
- EIS-HETL-INST : EIS HETL Instrumentation System (WBS 6.03.03.04)
- EIS-HETL-INST-BPM : EIS HETL Instrumentation Beam Profile Monitor (WBS 6.03.03.04)
- 6.03.03.04The BPM measurement resolution should be 100 um or less, for a bunch charge range of 100 pc to 28 nC. < 100 um11/13/2023APPROVEDFALSE
- 6.03.03.04The BPM acquisition rate shall depend on the rate of transfer from RCS-to-ESR, expected twice per second. 2.5 uS11/13/2023APPROVEDFALSE
- 6.03.03.04The number of BPMs in the RCS-to-ESR transport line shall be 10 ea11/13/2023APPROVEDFALSE
- 6.03.03.04The BPMs shall be located by the dipole correctors at every 2nd Quad11/13/2023APPROVEDFALSE
- 6.03.03.04BPM pick-up alignment accuracy to each nearby quad shall be within 100 um11/13/2023APPROVEDFALSE
- 6.03.03.04The BPM button style pick-ups shall be rotated TBD degree configuration to avoid the synch light near the dipole bends.11/13/2023PENDINGTRUE
- 6.03.03.04The BPMs shall be used as input for beam trajectory correction and/or feedforward to optimize transmission efficiency11/13/2023APPROVEDFALSE
- 6.03.03.04The BPMs shall be used to measure the transport lattice.11/13/2023APPROVEDFALSE
- 6.03.03.04The BPMs located in the high dispersion regions, shall monitor relative changes in the beam energy.11/13/2023APPROVEDFALSE
- EIS-HETL-INST-CM : EIS HETL Instrumentation Charge Monitor (WBS 6.03.03.04)
- 6.03.03.04An ICT and FCT shall be installed near the end of the transfer line.11/13/2023APPROVEDFALSE
- 6.03.03.04The bunch charge shall be measured with an accuracy better than <1 %11/13/2023APPROVEDFALSE
- 6.03.03.04The bunch charge shall be measured with the resolution of 10 pC11/13/2023APPROVEDFALSE
- 6.03.03.04The bunch charge monitor shall be used to measure transport efficiency of the Line11/13/2023APPROVEDFALSE
- 6.03.03.04The FCT shall provide measurements of the bunch patterns being transported to the RCS.11/13/2023PENDINGFALSE
- 6.03.03.04The fast current tansformer shall provide measurements of the bunch patterns being transported to the ESR11/13/2023APPROVEDFALSE
- EIS-HETL-INST-PM : EIS HETL Instrumentation Profile Monitor (WBS 6.03.03.04)
- 6.03.03.04The optical resolution for beam profile measurements shall be < < 50 um11/13/2023APPROVEDFALSE
- 6.03.03.04A single YAG/OTR PM station shall be located at a dispersive location and used to determine the beam energy spread.11/13/2023APPROVEDFALSE
- 6.03.03.04The "energy spread PM" station shall be able to measure the beam energy over the range TBA TBA11/13/2023APPROVEDFALSE
- 6.03.03.04The "energy spread PM station" shall be able to measure the beam energy with a resolution of 2.5 10-3 rms units11/13/2023APPROVEDFALSE
- 6.03.03.04Multiple, strategically located YAG/OTR screens shall be used in combination for beam emittance measurements11/13/2023APPROVEDFALSE
- 6.03.03.04The locations of the profile monitors shall be TBA11/13/2023PENDINGFALSE
- 6.03.03.04The total number of profile monitors shall be TBA ea11/13/2023PENDINGFALSE
- EIS-HETL-MAG : EIS HETL Magnet (WBS 6.03.03.01)
- EIS-HETL-MAG-B1 : EIS HETL Magnet B1 (WBS 6.03.03.01)
- 6.03.03.01The number of independent magnet functions shall be 111/13/2023PENDINGFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) DIPOLE11/13/2023PENDINGFALSE
- 6.03.03.01The field dir (ver or hor) shall be Vertical11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The mag length shall be 0.3 m11/13/2023PENDINGFALSE
- 6.03.03.01The eff Length shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The dipole field B shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023APPROVEDTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023APPROVEDTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023PENDINGTRUE
- EIS-HETL-MAG-B2 : EIS HETL Magnet B2 (WBS 6.03.03.01)
- 6.03.03.01The number of independent magnet functions shall be 111/13/2023PENDINGFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) DIPOLE11/13/2023PENDINGFALSE
- 6.03.03.01The field dir (ver or hor) shall be Vertical11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The mag length shall be 0.3 m11/13/2023PENDINGFALSE
- 6.03.03.01The eff Length shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The dipole field B shall be 0.3 T11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023APPROVEDTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023APPROVEDTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023PENDINGTRUE
- EIS-HETL-MAG-D1 : EIS HETL Magnet D1 (WBS 6.03.03.01)
- 6.03.03.01The number of independent magnet functions shall be 111/13/2023PENDINGFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) DIPOLE11/13/2023APPROVEDFALSE
- 6.03.03.01The field dir (ver or hor) shall be Horizontal11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023PENDINGTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023PENDINGTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023PENDINGTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023PENDINGTRUE
- 6.03.03.01The mag length shall be 2.99 m11/13/2023PENDINGFALSE
- 6.03.03.01The eff Length shall be TBD m11/13/2023PENDINGTRUE
- 6.03.03.01The dipole field B shall be 0.193275150423789 T11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023APPROVEDTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023APPROVEDTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023APPROVEDTRUE
- EIS-HETL-MAG-D3 : EIS HETL Magnet D3 (WBS 6.03.03.01)
- 6.03.03.01The number of independent magnet functions shall be 111/13/2023APPROVEDFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) DIPOLE11/13/2023APPROVEDFALSE
- 6.03.03.01The field dir (ver or hor) shall be Vertical11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023PENDINGTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023PENDINGTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023PENDINGTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023PENDINGTRUE
- 6.03.03.01The mag length shall be 1 m11/13/2023PENDINGFALSE
- 6.03.03.01The eff Length shall be TBD m11/13/2023PENDINGTRUE
- 6.03.03.01The dipole field B shall be 1.5115571597909 T11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023PENDINGTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023APPROVEDTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023APPROVEDTRUE
- EIS-HETL-MAG-D4 : EIS HETL Magnet D4 (WBS 6.03.03.01)
- 6.03.03.01The number of independent magnet functions shall be 111/13/2023PENDINGFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) DIPOLE11/13/2023APPROVEDFALSE
- 6.03.03.01The field dir (ver or hor) shall be Vertical11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023PENDINGTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023PENDINGTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023PENDINGTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023PENDINGTRUE
- 6.03.03.01The mag length shall be 2 m11/13/2023PENDINGFALSE
- 6.03.03.01The eff Length shall be TBD m11/13/2023PENDINGTRUE
- 6.03.03.01The dipole field B shall be 0.5253569997883 T11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023APPROVEDTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023APPROVEDTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023APPROVEDTRUE
- EIS-HETL-MAG-K1 : EIS HETL Magnet K1 (WBS 6.03.03.01)
- 6.03.03.01The number of independent magnet functions shall be 111/13/2023PENDINGFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) KICKER11/13/2023PENDINGFALSE
- 6.03.03.01The field dir (ver or hor) shall be Vertical11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The mag length shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The eff Length shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The dipole field B shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023APPROVEDTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023APPROVEDTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023PENDINGTRUE
- EIS-HETL-MAG-K2 : EIS HETL Magnet K2 (WBS 6.03.03.01)
- 6.03.03.01The number of independent magnet functions shall be 111/13/2023PENDINGFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) KICKER11/13/2023PENDINGFALSE
- 6.03.03.01The field dir (ver or hor) shall be Vertical11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The mag length shall be 0 m11/13/2023PENDINGFALSE
- 6.03.03.01The eff Length shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The dipole field B shall be 3.00203999879028 T11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023APPROVEDTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023APPROVEDTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023PENDINGTRUE
- EIS-HETL-MAG-Q1 : EIS HETL Magnet Q1 (WBS 6.03.03.01)
- 6.03.03.01The number of independent magnet functions shall be 111/13/2023PENDINGFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) QUAD11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The field rotation (norm or skew) shall be N (N,S)11/13/2023PENDINGFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The mag length shall be 0.6 m11/13/2023PENDINGFALSE
- 6.03.03.01The eff Length shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The grad field G shall be 16.4420798079971 T/m(n-1)11/13/2023APPROVEDFALSE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023APPROVEDTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023APPROVEDTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023APPROVEDTRUE
- EIS-HETL-MAG-Q2 : EIS HETL Magnet Q2 (WBS 6.03.03.01)
- 6.03.03.01The number of independent magnet functions shall be 111/13/2023APPROVEDFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) QUAD11/13/2023APPROVEDFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The field rotation (norm or skew) shall be N (N,S)11/13/2023APPROVEDFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The mag length shall be 0.6 m11/13/2023PENDINGFALSE
- 6.03.03.01The eff Length shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The grad field G shall be 23.7499170095036 T/m(n-1)11/13/2023PENDINGFALSE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023APPROVEDTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023APPROVEDTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023APPROVEDTRUE
- EIS-HETL-MAG-SEP1 : EIS HETL Magnet SEP1 (WBS 6.03.03.01)
- 6.03.03.01The number of independent magnet functions shall be 111/13/2023PENDINGFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) SEPTUM11/13/2023PENDINGFALSE
- 6.03.03.01The field dir (ver or hor) shall be Vertical11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The mag length shall be 1.3 m11/13/2023PENDINGFALSE
- 6.03.03.01The eff Length shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The dipole field B shall be 0.923704615012395 T11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023APPROVEDTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023APPROVEDTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023APPROVEDTRUE
- EIS-HETL-MAG-SEP2 : EIS HETL Magnet SEP2 (WBS 6.03.03.01)
- 6.03.03.01The number of independent magnet functions shall be 111/13/2023PENDINGFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) SEPTUM11/13/2023PENDINGFALSE
- 6.03.03.01The field dir (ver or hor) shall be Vertical11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The mag length shall be 2.49 m11/13/2023PENDINGFALSE
- 6.03.03.01The eff Length shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The dipole field B shall be 0.819834216537106 T11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023APPROVEDTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023APPROVEDTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023APPROVEDTRUE
- EIS-HETL-MAG-SEP3 : EIS HETL Magnet SEP3 (WBS 6.03.03.01)
- 6.03.03.01The number of independent magnet functions shall be 111/13/2023PENDINGFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) SEPTUM11/13/2023PENDINGFALSE
- 6.03.03.01The field dir (ver or hor) shall be Vertical11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The mag length shall be 1 m11/13/2023PENDINGFALSE
- 6.03.03.01The eff Length shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The dipole field B shall be 1.0507139995766 T11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023PENDINGTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023APPROVEDTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023APPROVEDTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023APPROVEDTRUE
- EIS-HETL-PS : EIS HETL Magnet Power Supply (WBS 6.03.03.02)
- EIS-HETL-PS-B1 : EIS HETL Magnet Power Supply B1 (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023APPROVEDTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023APPROVEDTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023APPROVEDTRUE
- EIS-HETL-PS-B2 : EIS HETL Magnet Power Supply B2 (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023APPROVEDTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023APPROVEDTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023APPROVEDTRUE
- EIS-HETL-PS-D1 : EIS HETL Magnet Power Supply D1 (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023APPROVEDTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023APPROVEDTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023APPROVEDTRUE
- EIS-HETL-PS-D3 : EIS HETL Magnet Power Supply D3 (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023APPROVEDTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023APPROVEDTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023APPROVEDTRUE
- EIS-HETL-PS-D4 : EIS HETL Magnet Power Supply D4 (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023APPROVEDTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023APPROVEDTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023APPROVEDTRUE
- EIS-HETL-PS-K1 : EIS HETL Magnet Power Supply K1 (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023APPROVEDTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023APPROVEDTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023APPROVEDTRUE
- EIS-HETL-PS-K2 : EIS HETL Magnet Power Supply K2 (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023APPROVEDTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023APPROVEDTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023APPROVEDTRUE
- EIS-HETL-PS-Q1 : EIS HETL Magnet Power Supply Q1 (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023APPROVEDTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023APPROVEDTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023APPROVEDTRUE
- EIS-HETL-PS-Q2 : EIS HETL Magnet Power Supply Q2 (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023APPROVEDTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023APPROVEDTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023APPROVEDTRUE
- EIS-HETL-PS-SEP1 : EIS HETL Magnet Power Supply SEP1 (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023APPROVEDTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023APPROVEDTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023APPROVEDTRUE
- EIS-HETL-PS-SEP2 : EIS HETL Magnet Power Supply SEP2 (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023APPROVEDTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023APPROVEDTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023APPROVEDTRUE
- EIS-HETL-PS-SEP3 : EIS HETL Magnet Power Supply SEP3 (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023APPROVEDTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023APPROVEDTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023APPROVEDTRUE
- EIS-HETL-VAC : EIS HETL Vacuum (WBS 6.03.03.03)
- 6.03.03.03Impedance values shall be approved by accelerator physics.11/13/2023APPROVEDFALSE
- 6.03.03.03The typical vacuum chamber aperture shall be 32.9 mm11/13/2023APPROVEDFALSE
- 6.03.03.03Special aperture requirements and/or aperture file shall be provided by or approved by physics.11/13/2023APPROVEDFALSE
- 6.03.03.03The acceptable magnetic field from vacuum equipment within a radius 16mm (wrt Beam center) shall be <100 Gauss11/13/2023APPROVEDFALSE
- 6.03.03.03The remnant magnetic permeability for vacuum equipment shall be approved by beam physics.11/13/2023APPROVEDFALSE
- 6.03.03.03After conditioning the average vacuum level shall be 5x10^-8 Torr11/13/2023APPROVEDFALSE
- 6.03.03.03The vacuum stability (upper pressure limit) shall be TBD Torr11/13/2023APPROVEDTRUE
- 6.03.03.03Fast valve protection shall be provided at TBD11/13/2023APPROVEDTRUE
- EIS-LINAC : EIS Electron Source LINAC (WBS 6.03.04.01)
- 6.03.04.01The Bunch Energy shall be 400 MeV11/13/2023APPROVEDFALSE
- 6.03.04.01The Bunch to Bunch Energy Variation shall be 1.5e-3 dE/E, rms11/13/2023APPROVEDFALSE
- 6.03.04.01The Bunch to Bunch Phase Variation shall be 8 ps, rms11/13/2023APPROVEDFALSE
- 6.03.04.01The Slow Energy Drift (T > 60s) shall be 1E-3 dE/E, rms11/13/2023APPROVEDFALSE
- 6.03.04.01The Slow Phase Drift (T > 60s) shall be 8 ps, rms11/13/2023APPROVEDFALSE
- 6.03.04.01The Bunch Charge (Min) shall be 0.1 nC11/13/2023APPROVEDFALSE
- 6.03.04.01The Bunch Charge (Max) shall be 8 nC11/13/2023APPROVEDFALSE
- 6.03.04.01The Polarization shall be Up to 90 %11/13/2023APPROVEDFALSE
- 6.03.04.01The Polarization Orientation shall be Longitudinal11/13/2023APPROVEDFALSE
- 6.03.04.01The Bunch Length shall be 40 ps, rms11/13/2023APPROVEDFALSE
- 6.03.04.01The Bunch Energy Spread shall be 2.5e-3 dE/E, rms11/13/2023APPROVEDFALSE
- 6.03.04.01The Bunch Normalized Horizontal Emittance shall be 40 mm-mrad, rms11/13/2023APPROVEDFALSE
- 6.03.04.01The Bunch Normalized Horizontal Emittance Tolerance shall be TBD11/13/2023APPROVEDTRUE
- 6.03.04.01The Bunch Normalized Vertical Emittance shall be 40 mm-mrad, rms11/13/2023APPROVEDFALSE
- 6.03.04.01The Bunch Normalized Vertical Emittance Tolerance shall be TBD11/13/2023APPROVEDTRUE
- 6.03.04.01The Beam Loss from U.I.P to D.I.P (Maximum) shall be 5 %11/13/2023APPROVEDFALSE
- EIS-LINAC-ACCEL : EIS Electron Source LINAC Accelerating System (WBS 6.03.04.01)
- 6.03.04.01The accelerating cavity RF configurationshall be Traveling Wave, Constant Gradient11/13/2023APPROVEDFALSE
- 6.03.04.01The accelerating cavities frequencyshall be 2586 MHz11/13/2023APPROVEDFALSE
- 6.03.04.01The accelerating cavities harmonic number shall be 3662411/13/2023APPROVEDFALSE
- 6.03.04.01The Number of Cavities or Structures shall be 8 Ea11/13/2023APPROVEDFALSE
- 6.03.04.01The accelerating cavity Section Length shall be 5.2 m11/13/2023APPROVEDFALSE
- 6.03.04.01The accelerating cavity E0*T (Travelling Wave)shall be 8.75 MV/m11/13/2023APPROVEDFALSE
- 6.03.04.01The accelerating cavity Atten. shall be 0.25 Neper11/13/2023APPROVEDFALSE
- 6.03.04.01The accelerating cavity Rshunt (Acc. Def.)shall be 52-62 Mohm/m11/13/2023APPROVEDFALSE
- EIS-LINAC-BEAM : EIS Electron Source LINAC Beamline Electron Bunch (WBS 6.03.04.01)
- 6.03.04.01The Input Beam Energy range shall be 280 to 350 keV11/13/2023APPROVEDFALSE
- 6.03.04.01The Output Beam Energy shall be 400 MeV11/13/2023APPROVEDFALSE
- 6.03.04.01The linac system shall accelerate up to four bunches per linac system cycle.11/13/2023APPROVEDFALSE
- 6.03.04.01The Linac system cycle timing shall deliver the following pulse structure (eight (8) bunches / one (1) Hz)11/13/2023APPROVEDFALSE
- 6.03.04.01The cycle repetition rate shall be a maximum of 78 kHz11/13/2023APPROVEDFALSE
- 6.03.04.01The linac system shall support a bunch repetition rate of up to 360 Hz11/13/2023APPROVEDFALSE
- EIS-LINAC-BUNCH_118MHZ : EIS Electron Source LINAC Buncher 118MHz (WBS 6.03.04.01)
- 6.03.04.01The Sub-Sub-Harmonic buncher RF configurationshall be Standing Wave11/13/2023APPROVEDFALSE
- 6.03.04.01The Sub-Sub-Harmonic buncher cavity frequencyshall be 118 MHz11/13/2023APPROVEDFALSE
- 6.03.04.01The Sub-Sub-Harmonic buncher cavity harmonic number shall be 151211/13/2023APPROVEDFALSE
- 6.03.04.01The Sub-Sub-Harmonic buncher number of Cavities or Structures shall be 1 Ea11/13/2023APPROVEDFALSE
- 6.03.04.01The Sub-Sub-Harmonic buncher Section Length shall be 40 cm11/13/2023APPROVEDFALSE
- 6.03.04.01The Sub-Sub-Harmonic buncher E0 (Standing Wave)shall be 1 MV/m11/13/2023APPROVEDFALSE
- 6.03.04.01The Sub-Sub-Harmonic Effective Voltageshall be 0.4 Mv11/13/2023APPROVEDFALSE
- EIS-LINAC-BUNCH_2856MHZ : EIS Electron Source LINAC Buncher 2856MHz (WBS 6.03.04.01)
- 6.03.04.01The tapered buncher RF configurationshall be Traveling Wave, Constant Gradient11/13/2023APPROVEDFALSE
- 6.03.04.01The tapered buncher cavity frequencyshall be 2856 MHz11/13/2023APPROVEDFALSE
- 6.03.04.01The tapered buncher cavity harmonic numbershall be 3662411/13/2023APPROVEDFALSE
- 6.03.04.01The tapered buncher number of Cavities or Structures shall be 1 Ea11/13/2023APPROVEDFALSE
- 6.03.04.01The tapered buncher Section Length shall be 36.2 cm11/13/2023APPROVEDFALSE
- 6.03.04.01The tapered buncher E0*T (Travelling Wave)shall be 10 MV/m11/13/2023APPROVEDFALSE
- 6.03.04.01The tapered Effective Voltageshall be 3.62 Mv11/13/2023APPROVEDFALSE
- EIS-LINAC-BUNCH_560MHZ : EIS Electron Source LINAC Buncher 560MHz (WBS 6.03.04.01)
- 6.03.04.01The Sub-Harmonic buncher RF configurationshall be Standing Wave11/13/2023APPROVEDFALSE
- 6.03.04.01The Sub-Harmonic buncher cavities frequency shall be 590 MHz11/13/2023APPROVEDFALSE
- 6.03.04.01The Sub-Harmonic buncher cavities harmonic number shall be 756011/13/2023APPROVEDFALSE
- 6.03.04.01The Sub-Harmonic buncher number of Cavities or Structures shall be 2 Ea11/13/2023APPROVEDFALSE
- 6.03.04.01The Sub-Harmonic buncher Section Length shall be 20 cm11/13/2023APPROVEDFALSE
- 6.03.04.01The Sub-Harmonic buncher E0 (Standing Wave)shall be 0.92 MV/m11/13/2023APPROVEDFALSE
- 6.03.04.01The Sub-Harmonic Effective Voltageshall be 0.184 Mv11/13/2023APPROVEDFALSE
- EIS-LINAC-CONT : EIS Electron Source LINAC Controls System (WBS 6.03.04.01)
- 6.03.04.01The Orbit feed-forward optimization rate shall be 100 Hz11/13/2023APPROVEDFALSE
- 6.03.04.01The Orbit display rate shall be 10 Hz11/13/2023APPROVEDFALSE
- EIS-LINAC-DECHIRP : EIS Electron Source LINAC De Chirp System (WBS 6.03.04.01)
- 6.03.04.01The De Chirp cavity frequencyshall be 1182 MHz11/13/2023APPROVEDFALSE
- 6.03.04.01The Number of Cavities or Structures shall be 1 Ea11/13/2023APPROVEDFALSE
- 6.03.04.01The De Chirp Section Length shall be 200 cm11/13/2023APPROVEDFALSE
- 6.03.04.01The De Chirp E0*T (Travelling Wave)shall be 8.75 MV/m11/13/2023APPROVEDFALSE
- 6.03.04.01The De Chirp Effective Voltageshall be 17.5 MV11/13/2023APPROVEDFALSE
- EIS-LINAC-INST : EIS Electron Source LINAC Instrumentation System (WBS 6.03.04.01)
- EIS-LINAC-INST-BLM : EIS Electron Source LINAC Bunch Length Monitor (WBS 6.03.04.01)
- 6.03.04.01The resolution of the BLM Length measurement shall be 1 ps11/13/2023APPROVEDFALSE
- 6.03.04.01The bunch length shall be measured with an accuracy of less than 10 %11/13/2023APPROVEDFALSE
- 6.03.04.01The bunch charge dynamic range for length measurement shall be 6 to 10 nC11/13/2023APPROVEDFALSE
- 6.03.04.01The RMS bunch length at after De Chirp cavity shall be approximately 40 ps11/13/2023APPROVEDFALSE
- EIS-LINAC-INST-BPM : EIS Electron Source LINAC Beam Position Monitor (WBS 6.03.04.01)
- 6.03.04.01The BPM system shall provide bunch position measurements that meet the resolution requirements, over a bunch charge dynamic range of 0.1 to 10 nC11/13/2023APPROVEDFALSE
- 6.03.04.01The BPM system single bunch position measurement resolution shall be less than or equal to 100 microns11/13/2023APPROVEDFALSE
- 6.03.04.01Over a 24-hour period, the BPM pick-up housing mechanical position stability shall not vary by more than 100 microns11/13/2023APPROVEDFALSE
- 6.03.04.01The BPM horizontal and vertical measurement range for round aperture BPM pick-ups, where the resolution requirements must be met, from the center of the beampipe shall be at least +/- 5 mm11/13/2023APPROVEDFALSE
- 6.03.04.01The BPM horizontal and measurement range for the rectangular zigzag aperture BPM pick-ups, where the resolution requirements must be met, from the center of the beampipe shall be at least +/- 5 mm11/13/2023APPROVEDFALSE
- 6.03.04.01The BPM vertical measurement range for the rectangular zigzag aperture BPM pick-ups, where the resolution requirements must be met, from the center of the beampipe shall be at least +/- 45 mm11/13/2023APPROVEDFALSE
- 6.03.04.01The installation alignment difference between the BPM pick-up's mechanical center, and the mechanical center of a nearby quad magnet, or beam pipe center, shall be less than 100 microns11/13/2023APPROVEDFALSE
- 6.03.04.01The maximum BPM position DAQ measurement rate shall be at least the maximum electron bunch or bunch pair rate of 300 Hz11/13/2023APPROVEDFALSE
- 6.03.04.01The BPM system shall measure the position of every bunch, and graphically display the measurement data superimposed on a LINAC transport x,z and y,z diagram plots, through the Controls application with a refresh rate of 1 Hz11/13/2023APPROVEDFALSE
- 6.03.04.01Where the beampipe is rectangular in the zigzag, the arrangement of the BPM button locations shall be configured to meet the position measurement accuracy of better than 100 microns11/13/2023APPROVEDFALSE
- EIS-LINAC-INST-CM : EIS Electron Source LINAC Bunch Charge Monitors (ICT, WCM, FC) (WBS 6.03.04.01)
- 6.03.04.01The bunch charge dynamic range that the charge monitors shall measure is 0.1 to 10 nC11/13/2023APPROVEDFALSE
- 6.03.04.01The WCM charge measurement accuracy for a bunch charge range of 1-10 nC shall be at least 5 %11/13/2023APPROVEDFALSE
- 6.03.04.01The charge measurement accuracy for a bunch charge range of 100 pC to 1 nC shall be at least 10 %11/13/2023APPROVEDFALSE
- 6.03.04.01The maximum bunch charge measurement rate shall be the maximum rate of bunches, or bunch pairs through the LINAC 300 Hz11/13/2023APPROVEDFALSE
- 6.03.04.01Individual e-bunch charges, and short (<4 us long) bunch trains shall be measured using an ICT & BCM-IHR-E, with an accuracy of 1 %11/13/2023APPROVEDFALSE
- 6.03.04.01The remote-controlled pneumatically actuated Faraday Cup shall be able to measure a single bunch, or bunch train charges. When bunch charges are in the range of 6-10 nC, the measurement accuracy shall be better than 10 %11/13/2023APPROVEDFALSE
- EIS-LINAC-INST-PM : EIS Electron Source LINAC Transverse Profile Monitor (PM) (WBS 6.03.04.01)
- 6.03.04.01The transverse profile shall be measured using a screen material that is plunged into the path of the beam, screen type YAG:Ce11/13/2023APPROVEDFALSE
- 6.03.04.01The bunch charge range for measuring transverse profiles shall be 0.1 to 10 nC11/13/2023APPROVEDFALSE
- 6.03.04.01The H & V transverse image measurement range where the beam pipe has a 40 mm diameter, shall be at least +/- 10 mm11/13/2023APPROVEDFALSE
- 6.03.04.01The horizontal transverse image measurement range at the profile monitors in the zigzag rectangular aperture, shall be at least +/- 10 mm11/13/2023APPROVEDFALSE
- 6.03.04.01The vertical transverse image measurement range at the profile monitors in the zigzag rectangular apertures, shall be at least +/- 45 mm11/13/2023APPROVEDFALSE
- 6.03.04.01The expected horizontal and vertical transverse beam sizes at the profile monitors between the LINAC cavities is no larger than 2 mm rms11/13/2023APPROVEDFALSE
- 6.03.04.01The profile monitor station shall be equipped with a remote-control neutral density filter wheel that has 1 blank. The number of other positions with a variety of interchangeable different filters shall be 511/13/2023APPROVEDFALSE
- 6.03.04.01The optical resolution for beam profile measurements using plunging YAG:Ce screens shall be less than 50 microns11/13/2023APPROVEDFALSE
- 6.03.04.01The installation alignment difference between the mechanical center of the YAG:Ce screen, and the mechanical center of a nearby quad magnet, or beam pipe center, shall be less than 100 microns11/13/2023APPROVEDFALSE
- 6.03.04.01The H & V beam size measurement accuracy using plunging screens shall be better than 10 %11/13/2023APPROVEDFALSE
- EIS-LINAC-VAC : EIS Electron Source LINAC Vacuum (WBS 6.03.04.01)
- 6.03.04.01The typical vacuum chamber aperture shall be 32.9 mm11/13/2023APPROVEDFALSE
- 6.03.04.01The acceptable magnetic field from vacuum equipment within a radius shall be greater than 0.4 within 16mm of beam center Gauss11/13/2023APPROVEDFALSE
- 6.03.04.01The average vacuum level after conditioning shall be 1 x 10^-10 Torr11/13/2023APPROVEDFALSE
- 6.03.04.01The vacuum stability (upper pressure limit) shall be TBD Torr. TBD11/13/2023APPROVEDTRUE
- 6.03.04.01The LINAC vacuum system shall be designed such that the average pressure through-out the majority of the accelerating structures, the Zigzag and De-chirp sections of the LINAC shall be less than 5 x 10^-10 Torr11/13/2023APPROVEDFALSE
- 6.03.04.01The LINAC vacuum system beam tube aperture between and at either end of each accelerating structure shall have a nominal 40 mm (1 ½") diameter and all metal sealed Conflat flanges. 40 mm11/13/2023APPROVEDFALSE
- 6.03.04.01The LINAC vacuum system average pressure in the bunching section and the first accelerating structure shall be maintained at less than 5 x 10^-11 Torr11/13/2023APPROVEDFALSE
- 6.03.04.01The LINAC vacuum system shall be designed to eliminate pressure bursts that may increase pressure in the BSA supplied polarized e-gun which are greater than 1 x 10^-11 Torr11/13/2023APPROVEDFALSE
- 6.03.04.01The LINAC vacuum system shall be designed so the pressure at the exit valve is less than 6.0 x 10^-10 Torr11/13/2023APPROVEDFALSE
- 6.03.04.01The LINAC vacuum system waveguide RF vacuum pumps shall be sized to reliably achieve less than 2 x10^-9 Torr 2 x 10^-9 Torr11/13/2023APPROVEDFALSE
- 6.03.04.01The LINAC vacuum system UHV outgassing rate of vacuum system components after UHV cleaning, vacuum heat treating (in the case of stainless steels-vacuum firing), and under vacuum for 100 hours shall not exceed 5 x 10^-12 Torr l/sec/cm2.11/13/2023APPROVEDFALSE
- EIS-LINAC-ZIGZAG : EIS Electron Source LINAC Zigzag System (WBS 6.03.04.01)
- 6.03.04.01The maximum length of a single bunch at exit of 400 MeV LINACshall be less than 4.7 ps rms11/13/2023APPROVEDFALSE
- 6.03.04.01The zigzag magnet bend anglesshall be 22.5 Degrees11/13/2023APPROVEDFALSE
- 6.03.04.01The zigzag e-beam path length change shall be greater than 0.97 m11/13/2023APPROVEDFALSE
- 6.03.04.01The zigzag e-beam path length tunability rangeshall be +/-0.2 m11/13/2023APPROVEDFALSE
- 6.03.04.01The length of a single bunch at exit of zigzagshall be 40 ps rms11/13/2023APPROVEDFALSE
- EIS-METL : EIS Medium Energy Transfer Line (METL) System (WBS 6.03.03)
- EIS-METL-INST : EIS METL Instrumentation System (WBS 6.03.03.04)
- EIS-METL-INST-BPM : EIS METL Instrumentation Beam Profile Monitor (WBS 6.03.03.04)
- 6.03.03.04For a bunch charge range of 100 pc to 10 nC, the BPM measurement resolution shall better than 100 um11/13/2023APPROVEDFALSE
- 6.03.03.04The BPM acquisition rate shall be up to 100 Hz11/13/2023APPROVEDFALSE
- 6.03.03.04The number of BPMs in the Linac-to-RCS transport line shall be tbd ea11/13/2023APPROVEDTRUE
- 6.03.03.04The location of the BPMs shall be tbd11/13/2023APPROVEDTRUE
- 6.03.03.04BPM pick-up alignment accuracy with respect to to its nearby quadrapole magnet shall be better than 100 μm11/13/2023APPROVEDFALSE
- 6.03.03.04The BPM button style pick-ups shall be rotated 45 degree configuration to avoid the synch light near the dipole bends.11/13/2023APPROVEDFALSE
- 6.03.03.04The BPMs shall be used as input for beam trajectory correction and/or feedback to optimize transmission efficiency.11/13/2023APPROVEDFALSE
- 6.03.03.04The BPMs shall be used to measure the beam energy and characterize the accelerator lattice.11/13/2023APPROVEDFALSE
- 6.03.03.04Beam energy measurement resolution shall be 0.4 MeV11/13/2023APPROVEDFALSE
- EIS-METL-INST-CM : EIS METL Instrumentation Charge Monitor (WBS 6.03.03.04)
- 6.03.03.04An ICT and FCT shall be installed near the end of the transfer line.11/13/2023APPROVEDFALSE
- 6.03.03.04The bunch charge shall be measured. The accuracy shall be <1 %11/13/2023APPROVEDFALSE
- 6.03.03.04The bunch charge shall be measured. The resolution shall be ~ 10 pC. 10 pC11/13/2023APPROVEDFALSE
- 6.03.03.04The bunch charge monitor shall be used to measure transport efficiency.11/13/2023APPROVEDFALSE
- 6.03.03.04The FCT shall provide measurements of the bunch patterns being transported to the RCS.11/13/2023APPROVEDFALSE
- 6.03.03.04The number of ICTs in transfer line shall be 3 ea11/13/2023APPROVEDFALSE
- 6.03.03.04The number of FCTs in transfer line shall be tbd ea11/13/2023APPROVEDTRUE
- EIS-METL-INST-PM : EIS METL Instrumentation Profile Monitor (WBS 6.03.03.04)
- 6.03.03.04The transfer line shall include plunging YAG/OTR screens to measure beam position, transverse profiles and beam emittance measurements.11/13/2023APPROVEDFALSE
- 6.03.03.04The optical resolution for beam profile measurements shall be 50 um11/13/2023APPROVEDFALSE
- 6.03.03.04A YAG/OTR station at a dispersive location shall be used to determine the beam energy spread.11/13/2023APPROVEDFALSE
- 6.03.03.04The measurement capability shall be appropriate to measure a beam energy spread of 1 MeV11/13/2023APPROVEDFALSE
- 6.03.03.04The measurement capability shall be appropriate to measure a beam emittance of h & v 35 um. Ref MPT Table 4.4.2. 35 um11/13/2023APPROVEDFALSE
- 6.03.03.04The total number of profile monitors shall be tbd ea11/13/2023APPROVEDTRUE
- 6.03.03.04The locations of the profile monitors shall be tbd11/13/2023APPROVEDTRUE
- EIS-METL-MAG : EIS METL Magnet (WBS 6.03.03.01)
- EIS-METL-MAG-BATES : EIS METL Magnet BATES (WBS 6.03.03.01)
- 6.03.03.01The magnet function shall be 111/13/2023PENDINGFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) Quad11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The field rotation (norm or skew) shall be N11/13/2023PENDINGFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023PENDINGTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023PENDINGTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023PENDINGTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023PENDINGTRUE
- 6.03.03.01The mag length shall be 0.2794 m11/13/2023PENDINGFALSE
- 6.03.03.01The eff Length shall be TBD m11/13/2023PENDINGTRUE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The grad field G shall be 31.7842112122137 T/m(n-1)11/13/2023PENDINGFALSE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023PENDINGTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023PENDINGTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023PENDINGTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023PENDINGTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023PENDINGTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023PENDINGTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023PENDINGTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023PENDINGTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023PENDINGTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023PENDINGTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023PENDINGTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023PENDINGTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023PENDINGTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023PENDINGTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023PENDINGTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023PENDINGTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023PENDINGTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023PENDINGTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023PENDINGTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023PENDINGTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023PENDINGTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023PENDINGTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023PENDINGTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023PENDINGTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023PENDINGTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023PENDINGTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023PENDINGTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023PENDINGTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023PENDINGTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023PENDINGTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023PENDINGTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023PENDINGTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023PENDINGTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023PENDINGTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023PENDINGTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023PENDINGTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023PENDINGTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023PENDINGTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023PENDINGTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023PENDINGTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023PENDINGTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023PENDINGTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023PENDINGTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023PENDINGTRUE
- EIS-METL-MAG-BMP1 : EIS METL Magnet BMP1 (WBS 6.03.03.01)
- 6.03.03.01The magnet function shall be 111/13/2023PENDINGFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) Bump Dipole11/13/2023PENDINGFALSE
- 6.03.03.01The field dir (ver or hor) shall be vertical11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The mag length shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The eff Length shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The dipole field B shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The grad field G shall be TBD T/m(n-1)11/13/2023APPROVEDTRUE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023APPROVEDTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023APPROVEDTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023PENDINGTRUE
- EIS-METL-MAG-D1 : EIS METL Magnet D1 (WBS 6.03.03.01)
- 6.03.03.01The magnet function shall be 111/13/2023APPROVEDFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) Dipole11/13/2023APPROVEDFALSE
- 6.03.03.01The field dir (ver or hor) shall be Vertical11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The mag length shall be 0.825 m11/13/2023PENDINGFALSE
- 6.03.03.01The eff Length shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The dipole field B shall be 1.39860583085309 T11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023APPROVEDTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023APPROVEDTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023APPROVEDTRUE
- EIS-METL-MAG-D2 : EIS METL Magnet D2 (WBS 6.03.03.01)
- 6.03.03.01The magnet function shall be 111/13/2023APPROVEDFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) Dipole11/13/2023APPROVEDFALSE
- 6.03.03.01The field dir (ver or hor) shall be Vertical11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The mag length shall be 0.5455 m11/13/2023PENDINGFALSE
- 6.03.03.01The eff Length shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The dipole field B shall be 1.29833308684266 T11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023APPROVEDTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023APPROVEDTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023PENDINGTRUE
- EIS-METL-MAG-D3 : EIS METL Magnet D3 (WBS 6.03.03.01)
- 6.03.03.01The magnet function shall be 111/13/2023APPROVEDFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) Dipole11/13/2023APPROVEDFALSE
- 6.03.03.01The field dir (ver or hor) shall be Vertical11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The mag length shall be 0.117 m11/13/2023PENDINGFALSE
- 6.03.03.01The eff Length shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The dipole field B shall be 0.881238538044864 T11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023APPROVEDTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023APPROVEDTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023PENDINGTRUE
- EIS-METL-MAG-D4 : EIS METL Magnet D4 (WBS 6.03.03.01)
- 6.03.03.01The magnet function shall be 111/13/2023APPROVEDFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) Dipole11/13/2023APPROVEDFALSE
- 6.03.03.01The field dir (ver or hor) shall be Vertical11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The mag length shall be 0.5 m11/13/2023PENDINGFALSE
- 6.03.03.01The eff Length shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The dipole field B shall be 0.895541157234723 T11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023APPROVEDTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023APPROVEDTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023APPROVEDTRUE
- EIS-METL-MAG-HK1 : EIS METL Magnet HK1 (WBS 6.03.03.01)
- 6.03.03.01The magnet function shall be 111/13/2023PENDINGFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) Kicker11/13/2023PENDINGFALSE
- 6.03.03.01The field dir (ver or hor) shall be Vertical11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The mag length shall be 0.000001 m11/13/2023PENDINGFALSE
- 6.03.03.01The eff Length shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The dipole field B shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023APPROVEDTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023APPROVEDTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023PENDINGTRUE
- EIS-METL-MAG-Q1 : EIS METL Magnet Q1 (WBS 6.03.03.01)
- 6.03.03.01The magnet function shall be 111/13/2023APPROVEDFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) Quad11/13/2023APPROVEDFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The field rotation (norm or skew) shall be N11/13/2023APPROVEDFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The mag length shall be 0.1 m11/13/2023PENDINGFALSE
- 6.03.03.01The eff Length shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The grad field G shall be 6.9840772514584 T/m(n-1)11/13/2023PENDINGFALSE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023APPROVEDTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023APPROVEDTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023APPROVEDTRUE
- EIS-METL-MAG-Q2 : EIS METL Magnet Q2 (WBS 6.03.03.01)
- 6.03.03.01The magnet function shall be 111/13/2023APPROVEDFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) Quad11/13/2023APPROVEDFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The field rotation (norm or skew) shall be N11/13/2023APPROVEDFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The mag length shall be 0.05 m11/13/2023PENDINGFALSE
- 6.03.03.01The eff Length shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The grad field G shall be 32.7826598210032 T/m(n-1)11/13/2023PENDINGFALSE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023APPROVEDTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023APPROVEDTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023APPROVEDTRUE
- EIS-METL-MAG-Q3 : EIS METL Magnet Q3 (WBS 6.03.03.01)
- 6.03.03.01The magnet function shall be 111/13/2023APPROVEDFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) Quad11/13/2023APPROVEDFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The field rotation (norm or skew) shall be N11/13/2023APPROVEDFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The mag length shall be 0.13 m11/13/2023PENDINGFALSE
- 6.03.03.01The eff Length shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The grad field G shall be 15.366488267969 T/m(n-1)11/13/2023PENDINGFALSE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023APPROVEDTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023APPROVEDTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023APPROVEDTRUE
- EIS-METL-MAG-Q4 : EIS METL Magnet Q4 (WBS 6.03.03.01)
- 6.03.03.01The magnet function shall be 111/13/2023APPROVEDFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) Quad11/13/2023APPROVEDFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The field rotation (norm or skew) shall be N11/13/2023APPROVEDFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The mag length shall be 0.065 m11/13/2023PENDINGFALSE
- 6.03.03.01The eff Length shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The grad field G shall be 47.9685927666342 T/m(n-1)11/13/2023PENDINGFALSE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023APPROVEDTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023APPROVEDTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023APPROVEDTRUE
- EIS-METL-MAG-SEPT1 : EIS METL Magnet SEP1 (WBS 6.03.03.01)
- 6.03.03.01The magnet function shall be 111/13/2023PENDINGFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) SEPTUM11/13/2023PENDINGFALSE
- 6.03.03.01The field dir (ver or hor) shall be vertical11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The mag length shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The eff Length shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The dipole field B shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The grad field G shall be TBD T/m(n-1)11/13/2023APPROVEDTRUE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023APPROVEDTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023APPROVEDTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023APPROVEDTRUE
- EIS-METL-MAG-SOL1 : EIS METL Magnet SOL1 (WBS 6.03.03.01)
- 6.03.03.01The magnet function shall be 111/13/2023PENDINGFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) Solenoid11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The mag length shall be 0.6 m11/13/2023PENDINGFALSE
- 6.03.03.01The eff Length shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The solenoid field B shall be 3.66666666666667 T11/13/2023PENDINGFALSE
- 6.03.03.01The grad field G shall be 0 T/m(n-1)11/13/2023PENDINGFALSE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023APPROVEDTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023APPROVEDTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023PENDINGTRUE
- EIS-METL-MAG-VK1 : EIS METL Magnet VK1 (WBS 6.03.03.01)
- 6.03.03.01The magnet function shall be 111/13/2023PENDINGFALSE
- 6.03.03.01The field type shall be(Sol,Dip,Quad,Sext,Octu) VKICKER11/13/2023PENDINGFALSE
- 6.03.03.01The field dir (ver or hor) shall be Horizontal11/13/2023PENDINGFALSE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The min coil inner rad shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The min gap shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture drx required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The good field aperture dry required shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The mag length shall be 0.000001 m11/13/2023PENDINGFALSE
- 6.03.03.01The eff Length shall be TBD m11/13/2023APPROVEDTRUE
- 6.03.03.01The dipole field B shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.01The ramp rate shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The field stability shall be TBD T/s11/13/2023APPROVEDTRUE
- 6.03.03.01The good field region requirements shall be TBD ppm11/13/2023APPROVEDTRUE
- 6.03.03.01The harmonic reference radius shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max b1 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b2 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b3 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b4 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b5 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b6 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b7 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b8 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b9 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b10 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b11 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b12 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b13 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b14 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b15 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max b16 content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet shall be designed to limit Xtalk Requirements TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The X-talk shall be controlled at the following location TBD11/13/2023APPROVEDTRUE
- 6.03.03.01The max radial distance to X-talk location content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max analysis radius content shall be TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01The max X-talk multipoles content shall be TBD (10^-4)11/13/2023APPROVEDTRUE
- 6.03.03.01The max B1 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B2 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B3 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B4 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B5 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B6 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B7 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B8 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B9 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B10 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B11 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B12 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B13 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B14 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B15 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The max B16 content shall be TBD T11/13/2023APPROVEDTRUE
- 6.03.03.01The magnet design shall constrain the ext. fringe field TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.01The fringe field shall be constrained at the following location TBD mm11/13/2023APPROVEDTRUE
- 6.03.03.01At that location the magnitude of the fringe field shall be less than TBD T11/13/2023PENDINGTRUE
- EIS-METL-PS : EIS METL Magnet Power Supply (WBS 6.03.03.02)
- EIS-METL-PS-BATES : EIS METL Magnet Power Supply BATES (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023PENDINGTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023PENDINGTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023PENDINGTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023PENDINGTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023PENDINGTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023PENDINGTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023PENDINGTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023PENDINGTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023PENDINGTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023PENDINGTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023PENDINGTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023PENDINGTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023PENDINGTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023PENDINGTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023PENDINGTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023PENDINGTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023PENDINGTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023PENDINGTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023PENDINGTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023PENDINGTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023PENDINGTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023PENDINGTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023PENDINGTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023PENDINGTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023PENDINGTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023PENDINGTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023PENDINGTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023PENDINGTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023PENDINGTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023PENDINGTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023PENDINGTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023PENDINGTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023PENDINGTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023PENDINGTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023PENDINGTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023PENDINGTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023PENDINGTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023PENDINGTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023PENDINGTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023PENDINGTRUE
- EIS-METL-PS-BMP1 : EIS METL Magnet Power Supply BMP1 (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023APPROVEDTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023APPROVEDTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023APPROVEDTRUE
- EIS-METL-PS-D1 : EIS METL Magnet Power Supply D1 (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023APPROVEDTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023APPROVEDTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023APPROVEDTRUE
- EIS-METL-PS-D2 : EIS METL Magnet Power Supply D2 (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023APPROVEDTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023APPROVEDTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023APPROVEDTRUE
- EIS-METL-PS-D3 : EIS METL Magnet Power Supply D3 (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023APPROVEDTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023APPROVEDTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023APPROVEDTRUE
- EIS-METL-PS-D4 : EIS METL Magnet Power Supply D4 (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023APPROVEDTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023APPROVEDTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023APPROVEDTRUE
- EIS-METL-PS-HK1 : EIS METL Magnet Power Supply HK1 (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023APPROVEDTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023APPROVEDTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023APPROVEDTRUE
- EIS-METL-PS-Q1 : EIS METL Magnet Power Supply Q1 (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023APPROVEDTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023APPROVEDTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023APPROVEDTRUE
- EIS-METL-PS-Q2 : EIS METL Magnet Power Supply Q2 (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023APPROVEDTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023APPROVEDTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023APPROVEDTRUE
- EIS-METL-PS-Q3 : EIS METL Magnet Power Supply Q3 (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023APPROVEDTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023APPROVEDTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023APPROVEDTRUE
- EIS-METL-PS-Q4 : EIS METL Magnet Power Supply Q4 (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023APPROVEDTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023APPROVEDTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023APPROVEDTRUE
- EIS-METL-PS-SEPT1 : EIS METL Magnet Power Supply SEP1 (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023APPROVEDTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023APPROVEDTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023APPROVEDTRUE
- EIS-METL-PS-SOL1 : EIS METL Magnet Power Supply SOL1 (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023APPROVEDTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023APPROVEDTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023APPROVEDTRUE
- EIS-METL-PS-VK1 : EIS METL Magnet Power Supply VK1 (WBS 6.03.03.02)
- 6.03.03.02The number of Independent functions on the magnets being powered shall be TBD ohm11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string resistance to be powered shall be TBD H11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum magnet string inductance to be powered shall be TBD Y/N11/13/2023APPROVEDTRUE
- 6.03.03.02The magnets being powered shall be saturated TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The miits rating of the magnet being powred shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The voltage to ground of the magnet being powered shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The nominal current of the magnets being powered shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The minmum current the PS must operate at shall be TBD A11/13/2023APPROVEDTRUE
- 6.03.03.02The maximum current the PS must operate at shall be TBD DC\AC11/13/2023APPROVEDTRUE
- 6.03.03.02The PS current type DC or AC shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The PS AC waveshape required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The peak waveshape di/dt during ramping shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The full power bandwidth required shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The ppm of full scale current (peak to peak) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The time period for specified stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The short term stability shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02The long term stability shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The current setpoint resolution (min size in bits) shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization required between PS's shall be TBD s11/13/2023APPROVEDTRUE
- 6.03.03.02The synchronization timing of synchronization shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The max allowable current ripple (peak to peak) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02The max current ripple frequency range (Hz) TBD Hz11/13/2023APPROVEDTRUE
- 6.03.03.02WRT the ripple frequency the following resonant frequencies shall be avoided TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The max voltage ripple (peak to peak) shall be TBD A/s11/13/2023APPROVEDTRUE
- 6.03.03.02An NMR shall be required to measure the field TBD11/13/2023APPROVEDTRUE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02< blank >11/13/2023NOT APPLICABLEFALSE
- 6.03.03.02The current required to be shunted through the magnet shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet turns ratio shall be TBD V11/13/2023APPROVEDTRUE
- 6.03.03.02The terminal voltage shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have thermal switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The thermal switch connection numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have water flow switches TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The water flow switch connections numbers shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The design shall have access controls interlocks TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The main terminals lug details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lead end indications shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lugs details for thermal switch and water switches shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The lug details for the auxiliary windings shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The A/B terminal labeling details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet drawing with terminations details shall be TBD11/13/2023APPROVEDTRUE
- 6.03.03.02The magnet polarity connections shall be TBD11/13/2023APPROVEDTRUE
- EIS-METL-VAC : EIS METL Vacuum (WBS 6.03.03.03)
- 6.03.03.03Fast valve protection shall be provided at TBD11/13/2023APPROVEDTRUE
- EIS-RCS : EIS Rapid Cycle Synchrotron (RCS) System (WBS 6.03.02)
- EIS-RCS-CONT : EIS RCS Controls System (WBS 6.07.02)
- 6.07.02The beam based alignment shall power the quadrapole magnets to +/- .15 k111/13/2023APPROVEDFALSE
- 6.07.02The beam based alignment BPM's shall be placed in the following locations tbd11/13/2023APPROVEDTRUE
- 6.07.02The orbit display rate shall be 1 Hz11/13/2023APPROVEDFALSE
- 6.07.02The orbit feed-forward optimization rate shall be 1 Hz11/13/2023APPROVEDFALSE
- 6.07.02The orbit corrections sampling rate shall be 78 kHz11/13/2023APPROVEDFALSE
- 6.07.02The tunes feed-forward optimization period shall be 6 hrs +/- 111/13/2023APPROVEDFALSE
- 6.07.02The chromaticity feed-forward optimization rate shall be 6 hrs +/- 111/13/2023APPROVEDFALSE
- 6.07.02The fast context switching available PPM contexts shall be 8 cnt11/13/2023APPROVEDFALSE
- 6.07.02The fast context switching shall apply to selected RF components in the following locations tbd11/13/2023APPROVEDTRUE
- 6.07.02The fast context switching shall apply to selected PS components in the following locations tbd11/13/2023APPROVEDTRUE
- 6.07.02The fast context switching shal apply to selected Inst components in the following locations tbd11/13/2023APPROVEDTRUE
- 6.07.02The fast context switching shall support manual and automated control in the following locations tbd11/13/2023APPROVEDTRUE
- 6.07.02The fast context switching min context switching period shall be 1 sec11/13/2023APPROVEDFALSE
- EIS-RCS-CONT-INJ : EIS RCS Controls System Injection Tuning (WBS 6.07.02)
- 6.07.02Placeholder , Tuning requirements Should be listed here and/or under transfer lines in 6.03 shall be tbd11/13/2023APPROVEDTRUE
- EIS-RCS-INST : EIS RCS Instrumentation System (WBS 6.03.02.05)
- EIS-RCS-INST-BPM : EIS RCS Instrumentation Beam Position Monitor (WBS 6.03.02.05)
- 6.03.02.05The dual plane button style BPMs shall be placed near the RCS focusing quads and rotated at 45 degrees to avoid synchrotron radiation.11/13/2023APPROVEDFALSE
- 6.03.02.05The single plane button style BPMs shall be placed near the defocusing quads will have a button on the top and bottom.11/13/2023