Parameters for C:\MassLynx\BlueWater\tuneexp.exp
Created by 4.2 SCN983
 
 
Temperature Correction:
Temperature Correction				Disabled
 
Instrument Configuration:
Lteff						1800.0
Veff						7188.40
Resolution					10000
Min Points in Peak				2
Acquisition Device				WatersADC
Acquisition Algorithm				ADC Mode
ADC Trigger Threshold (V)			1.00
ADC Input Offset (V)				-1.54
Average Single Ion Intensity			36
ADC Amplitude Threshold				3
ADC Centroid Threshold				-1
ADC Ion Area Threshold				5
ADC Ion Area Offset				10
ADC Pushes Per IMS Increment			1
EDC Delay Coefficient				1.4100
EDC Delay Offset				0.4000
 
Experimental Instrument Parameters
Instrument Parameter Filename			C:\MassLynx\Henriette.PRO\ACQUDB\20210308-SONAR.IPR (MODIFIED)
Polarity					ES+
Capillary (kV)					3.0000
Source Temperature (°C)				80
Sampling Cone					30.0000
Source Offset					80.0000
Source Gas Flow (mL/min)			0.00
Desolvation Temperature (°C)			150
Cone Gas Flow (L/Hr)				180.0
Nanoflow Gas Pressure (Bar)			0.0
Purge Gas Flow (mL/h)				600.0
Desolvation Gas Flow (L/Hr)			600.0
Nebuliser Gas Flow (Bar)			6.5
LM Resolution					5.0
HM Resolution					15.0
Aperture 1					0.0
Pre-filter					2.0
Ion Energy					1.0
Manual Trap Collision Energy			FALSE
Trap Collision Energy				4.0
Manual Transfer Collision Energy		FALSE
Transfer Collision Energy			2.0
	TRUE
Trap Gas Flow (mL/min)				2.00
HeliumCellGasFlow				0.00
IMS Gas Flow (mL/min)				0.00
Detector					2250
DetectorCache					2150
Sample Infusion Flow Rate (µL/min)		0
Sample Flow State				LC
Sample Fill Volume (µL)				250
Sample Reservoir				Wash
LockSpray Infusion Flow Rate (µL/min)		1
LockSpray Flow State				Infusion
LockSpray Reservoir				B
LockSpray Capillary (kV)			0.5
Use Manual LockSpray Collision Energy		TRUE
Collision Energy				21.0
Acceleration1					14.0
Acceleration2					200.0
Aperture2					40.0
Transport1					70.0
Transport2					70.0
Steering					0.00
Tube Lens					24
Pusher						1900.0
Pusher Offset					-0.57
Puller						1390.0
Pusher Cycle Time (µs)				Automatic
Pusher Width (µs)				Automatic
Collector					60
Collector Pulse					10.0
Stopper						10
Stopper Pulse					20.0
Entrance					62
Static Offset					180
Puller Offset					0.00
Reflectron Grid (kV)				1.468
Flight Tube (kV)				10.00
Reflectron (kV)					3.780
Use Manual Trap DC				TRUE
Trap DC Entrance				1.0
Trap DC Bias					0.5
Trap DC						-1.0
Trap DC Exit					0.0
Use Manual IMS DC				TRUE
IMS DC Entrance					-20.0
Helium Cell DC					1.0
Helium Exit					-20.0
IMSBias						0.0
IMS DC Exit					20.0
USe Manual Transfer DC				TRUE
Transfer DC Entrance				5.0
Transfer DC Exit				15.0
Trap Manual Control				ON
Trap Wave Velocity (m/s)			313
Trap Wave Height (V)				0.4
IMS Manual Control				ON
IMS Wave Velocity (m/s)				300
IMS Wave Height (V)				0.5
Transfer Manual Control				ON
Transfer Wave Velocity (m/s)			247
Transfer Wave Height (V)			0.5
Step Wave 1 In Manual Control			OFF
Enable Reverse Operation			OFF
Step Wave 1 In Velocity (m/s)			300.0
Step Wave 1 In Height				10.0
Step Wave 1 Out Manual Control			OFF
Step Wave 1 Out Velocity (m/s)			300.0
Step Wave 1 Out Height				0.0
Step Wave 2 Manual Control			OFF
Step Wave 2 Velocity (m/s)			300.0
Step Wave 2 Height				0.0
Use Manual Step Wave DC				OFF
Step Wave TransferOffset			25.0
Step Wave DiffAperture1				3.0
Step Wave DiffAperture2				0.0
Use Automatic RF Settings			TRUE
StepWave1RFOffset				300.0
StepWave2RFOffset				350.0
Target Enhancement Enabled			FALSE
Target Enhancement Mode				EDC
Target Enhancement Mass				347.0
Target Enhancement Trap Height (V)		12.0
Target Enhancement Extract Height (V)		8.0
Mobility Trapping Manual Release Enabled	TRUE
Mobility Trapping Release Time (µs)		5
Mobility Trap Height (V)			0.0
Mobility Extract Height (V)			0.0
Trag Gate LUT table enabled			FALSE
TriWave Trap Gate LookUp Table			
Using Drift Time Trimming			FALSE
Drift Time Bins					0
Using Mobility Delay after Trap Release		FALSE
IMS Wave Delay (µs)				1000
Variable Wave Height Enabled			FALSE
Wave Height Ramp Type				Linear
Wave Height Start (V)				10.0
Wave Height End (V)				40.0
Wave Height Using Full IMS			TRUE
Wave Height Ramp (%)				100.0
Wave Height Look Up Table			
Variable Wave Velocity Enabled			FALSE
Wave Velocity Ramp Type				Linear
Wave Velocity Start (m/s)			1000.0
Wave Velocity End (m/s)				300.0
Wave Velocity Using Full IMS			TRUE
Wave Velocity Ramp (%)				100.0
Wave Velocity Look Up Table			
Backing						3.13e0
Source						7.95e-3
Sample Plate					1.35e3
Trap						8.67e-3
Helium Cell					5.29e-4
IMS						6.53e-4
Transfer					7.95e-3
TOF						5.56e-7
IMSRFOffset					300
IMSMobilityRFOffset				250
TrapRFOffset					300
Use Automatic RF Settings			TRUE
AutoStepWave1RFOffset				300
AutoStepWave2RFOffset				350
TransferRFOffset				350
MS Profile Type					Auto P
MSProfileMass1					100
MSProfileDwellTime1				5
MSProfileRampTime1				5
MSProfileMass2					2000
MSProfileDwellTime2				85
MSProfileRampTime2				5
MSProfileMass3					4000
PusherInterval					69.000000
PusherOffset					0.250000
LockMassValidSigma				5
 
Acquisition mass range
Start mass					100.000
End mass					2000.000
Calibration mass range
Start mass					0.000
End mass					0.000
 
Experiment Reference Compound Name: N/A
 
Function Parameters - Function 1 - MOBILITY MS FUNCTION
Scan Time (sec)					0.750
Interscan Time (sec)				0.015
Start Mass					100.0
End Mass					2000.0
Start Time (mins)				0.00
End Time (mins)					1.00
Data Format					Continuum
Analyser					Sensitivity Mode
ADC Sample Frequency (GHz)			3.0
ADC Pusher Frequency (µs)			69.0
ADC Pusher Width (µs)				1.75
Use Tune Page Cone Voltage			YES
Using Auto Trap Collision Energy (eV)		4.000000
Use Auto Transfer Collision Energy		NO
Transfer Collision Energy 1 (eV)		30.0
							Normal
List Help topics
Help Topics			Normal
Save Collapsed Retention Time Data		No
Use Rule File Filtering				No
FragmentationMode				CID
Calibration					Dynamic 2
 
