Parameters for D:\Masslynx_projects\MTR.PRO\ACQUDB\HDDDA_25cm_40minAB_8trig_fastMSMS_excl_250319.EXP
Created by 4.2 SCN1028
 
Lock Spray Configuration:
Reference Scan Frequency(sec)			30.000
Reference Cone Voltage(V)			35.000
Reference Trap Collision Energy			4.000
Reference DRE Setting				99.900
 
Temperature Correction:
Temperature Correction				Disabled
 
Instrument Configuration:
Lteff						2190.0
Veff						6857.23
Resolution					20000
Min Points in Peak				2
Acquisition Device				WatersADC
Acquisition Algorithm				ADC Mode
ADC Trigger Threshold (V)			1.00
ADC Input Offset (V)				-2.34
Average Single Ion Intensity			25
ADC Amplitude Threshold				3
ADC Centroid Threshold				-1
ADC Ion Area Threshold				3
ADC Ion Area Offset				15
ADC Pushes Per IMS Increment			1
EDC Delay Coefficient				1.6800
EDC Delay Offset				-2.3000
 
Experimental Instrument Parameters
Instrument Parameter Filename			D:\Masslynx_projects\MTR.PRO\ACQUDB\230704_HDMSe.IPR (MODIFIED)
Polarity					ES+
Capillary (kV)					2.6000
Source Temperature (°C)				80
Sampling Cone					35.0000
Source Offset					15.0000
Source Gas Flow (mL/min)			0.00
Desolvation Temperature (°C)			250
Cone Gas Flow (L/Hr)				40.0
Nanoflow Gas Pressure (Bar)			0.4
Purge Gas Flow (mL/h)				600.0
Desolvation Gas Flow (L/Hr)			600.0
Nebuliser Gas Flow (Bar)			6.5
LM Resolution					4.9
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
Manual Gas Control				FALSE
Trap Gas Flow (mL/min)				2.00
HeliumCellGasFlow				180.00
IMS Gas Flow (mL/min)				90.00
Detector					3466
DetectorCache					0
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)			3.0
Use Manual LockSpray Collision Energy		FALSE
Collision Energy				4.0
Acceleration1					70.0
Acceleration1b					0.0
Acceleration2					200.0
Aperture2					70.0
Transport1					70.0
Transport2					70.0
Steering					0.25
Tube Lens					52
Pusher						1900.0
Pusher Offset					-0.57
Puller						1370.0
Pusher Cycle Time (µs)				Automatic
Pusher Width (µs)				Automatic
Collector					60
Collector Pulse					10.0
Stopper						10
Stopper Pulse					20.0
Entrance					45
Static Offset					180
Puller Offset					0.00
Reflectron Grid (kV)				1.7683
Flight Tube (kV)				10.00
Reflectron (kV)					2.450
Use Manual Trap DC				TRUE
Trap DC Entrance				1.0
Trap DC Bias					45.0
Trap DC						0.0
Trap DC Exit					0.0
Use Manual IMS DC				FALSE
IMS DC Entrance					20.0
Helium Cell DC					50.0
Helium Exit					-20.0
IMSBias						3.0
IMS DC Exit					0.0
USe Manual Transfer DC				FALSE
Transfer DC Entrance				5.0
Transfer DC Exit				15.0
Trap Manual Control				OFF
Trap Wave Velocity (m/s)			311
Trap Wave Height (V)				4.0
IMS Manual Control				ON
IMS Wave Velocity (m/s)				650
IMS Wave Height (V)				40.0
Transfer Manual Control				ON
Transfer Wave Velocity (m/s)			141
Transfer Wave Height (V)			4.0
Step Wave 2 Manual Control			OFF
Step Wave 2 Velocity (m/s)			150.0
Step Wave 2 Height				0.0
Use Manual Step Wave DC				OFF
Step Wave TransferEntranceOffset		20.0
Step Wave TransferOffset			10.0
Step Wave DiffAperture1				3.0
Step Wave Bias					0.3
Step Wave DiffAperture2				0.0
Use Automatic RF Settings			TRUE
StepWave1RFOffset				150.0
StepWave2RFOffset				350.0
UseTw2RfAmplitudeRamp				0.0
Target Enhancement Enabled			FALSE
Target Enhancement Mode				EDC
Target Enhancement Mass				775.5
Target Enhancement Trap Height (V)		12.0
Target Enhancement Extract Height (V)		8.0
Mobility Trapping Manual Release Enabled	FALSE
Mobility Trapping Release Time (µs)		500
Mobility Trap Height (V)			15.0
Mobility Extract Height (V)			0.0
Trag Gate LUT table enabled			FALSE
TriWave Trap Gate LookUp Table			
Using Drift Time Trimming			TRUE
Drift Time Bins					1
Using Mobility Delay after Trap Release		TRUE
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			TRUE
Wave Velocity Ramp Type				Linear
Wave Velocity Start (m/s)			1400.0
Wave Velocity End (m/s)				400.0
Wave Velocity Using Full IMS			TRUE
Wave Velocity Ramp (%)				100.0
Wave Velocity Look Up Table			
Backing						2.21e0
Source						6.98e-3
Sample Plate					1.00e-6
Trap						2.35e-2
Helium Cell					3.93e0
IMS						2.92e0
Transfer					2.53e-2
TOF						4.11e-7
IMSRFOffset					300
IMSMobilityRFOffset				250
TrapRFOffset					300
Use Automatic RF Settings			TRUE
AutoStepWave1RFOffset				150
AutoStepWave2RFOffset				350
TransferRFOffset				350
UseTw2RfAmplitudeRamp				0
MS Profile Type					Profile
MSProfileMass1					400
MSProfileDwellTime1				25
MSProfileRampTime1				25
MSProfileMass2					500
MSProfileDwellTime2				25
MSProfileRampTime2				25
MSProfileMass3					600
PusherInterval					85.000000
PusherOffset					0.250000
LockMassValidSigma				5
 
Acquisition mass range
Start mass					50.000
End mass					2000.000
Calibration mass range
Start mass					73.247
End mass					1281.421
 
Experiment Reference Compound Name: GluFib_POS
 
Function Parameters - Function 1 - MOBILITY FAST DDA FUNCTION
[ACQUISITION]
Survey Start Time				15.00
Survey End Time					70.00
Use Improved Sensitivity			NO
[MS SURVEY]
Survey Start Mass				50.0000
Survey End Mass					2000.0000
Discard uninteresting scans			NO
Switch to MS/MS when				Intensity rising above threshold
Intensity Threshold				1000.0
Survey Scan Time				0.60
Survey Interscan Time				0.01
Survey Data Format				Continuum
Analyser					Resolution Mode
ADC Sample Frequency (GHz)			2.7
TargetEnhancementMass2				85.0
TargetEnhancementMass3				1.75
[MS/MS]
MSMS Start Mass					50.0
MSMS End Mass					2000.0
Number of components				8
MSMS to MS Switch Criteria			TIC rising above threshold
Switchback threshold				100000.0
Use MSMS to MS Switch After Time		YES
MSMS Switch After Time (sec)			0.2
Use MSMS to MS Switch After 1 Scan		NO
Use MSMS to MS Switch After N Scans		NO
Use Single Channel for MS/MS			0.00
Accumulate MSMS Information			1.00
MSMS Scan Time (sec)				0.20
MSMS Interscan Time (sec)			0.01
MSMS Data Format				Continuum
Use MS/MS ipr File				NO
[PEAK DETECTION]
Use Include By Charge State			YES
Peak Detection Window				3.0
Charge State(s)					2,3,4
Number Of Include Components			30
Charge State Tolerance Window			3.0
Charge State Extraction Window			2.0
Deisotope Peak Selection			YES
Charge State Tolerance Window			0.2
Charge State Extraction Window			2.0
Deisotope Tolerance Window			0.2
Deisotope Extraction Window			2.0
[COLLISION ENERGY]
Using MSMS Auto Trap Collision Energy (eV)	4.000000
ITraQ Mode: disabled
[TRANFER COLLISION ENERGY]
[CONE VOLTAGE]
Cone (V)					40.0
Use Range Selection				NO
Q-DDA Mode					0.0
MSe Low CE					6.0
MSe High Start CE				10.0
MSe High End CE					20.0
Hi MSe Low CE					6.0
Hi MSe High Start CE				10.0
Hi MSe High End CE				20.0
Q-DDA Interval					10.0
MS Survey DRE					99.0
Use MS Survey DRE				0.0
Use Tune Page Cone Voltage			YES
[INCLUDE]
Precursor Selection				Everything
[EXCLUDE]
Detected Precursor Inclusion			Using Real Time Exclusion
Detected Precursor Inclusion			Include After Time
Include After Time (s)				20.0
Use Exclude Masses List				NO
Use Exclude File Masses				YES
Exclude Mass Filename				D:\Masslynx_projects\MTR.PRO\DDA_GluFib_exclude_list.txt
Exclude Retention Time Window			10.0
Unit of measurement				mDa
Exclude Window +/- (mDa)			20.0
[MOBILITY]
Include Drift Time Function			NO
Override IMS Width				NO
IMS Width					1200.0
Override Transfer Width				NO
Transfer Width					1200.0
Use MS Mobility Separation			YES
Use Rule File					NO
Rule File					
Use MS/MS Mobility Separation			YES
Use Inteligent Peak Switching			NO
Use MS Flat Transfer				NO
Filter MS scan data				NO
Filter MS/MS scan data				NO
Use Precursor Drift Time			YES
Target Enhancement Mass				100.0
Sensitivity Type				0.0
Wideband File					
Calibration					Dynamic 2
 
Function Parameters - Function 2 - MOBILITY SURVEY FUNCTION
Scan Time (sec)					0.200
Interscan Time (sec)				0.014
Set Mass					0.0
Start Mass					50.0
MSMS End Mass					2000.0
Start Time (mins)				15.00
End Time (mins)					70.00
Data Format					Continuum
Analyser					Resolution Mode
ADC Sample Frequency (GHz)			2.7
ADC Pusher Frequency (µs)			85.0
ADC Pusher Width (µs)				1.75
Use Tune Page Cone Voltage			NO
Cone (V)					40.0
Use Auto Trap Collision Energy			NO
Using Trap Collision Energy Profile		YES
CE Profile Filename				
Use Auto Transfer Collision Energy		NO
Transfer MSMS Collision Energy Ramp Start (eV)	0.0
Transfer MSMS Collision Energy Ramp End (eV)	0.0
Transfer MSMS Collision Energy Low Mass (Da)	50.0
Transfer MSMS Collision Energy Ramp High Mass (Da)	2000.0
Transfer MSMS Collision Energy Ramp LM Start (eV)	20.0
Transfer MSMS Collision Energy Ramp LM End (eV)	27.0
Transfer MSMS Collision Energy Ramp HM Start (eV)	52.0
Transfer MSMS Collision Energy Ramp HM End (eV)	62.0
Sensitivity					Normal
Dynamic Range					Normal
Save Collapsed Retention Time Data		No
Use Rule File Filtering				No
FragmentationMode				CID
Calibration					Dynamic 2
 
Function Parameters - Function 3 - MOBILITY SURVEY FUNCTION
Scan Time (sec)					0.200
Interscan Time (sec)				0.014
Set Mass					0.0
Start Mass					50.0
MSMS End Mass					2000.0
Start Time (mins)				15.00
End Time (mins)					70.00
Data Format					Continuum
Analyser					Resolution Mode
ADC Sample Frequency (GHz)			2.7
ADC Pusher Frequency (µs)			85.0
ADC Pusher Width (µs)				1.75
Use Tune Page Cone Voltage			NO
Cone (V)					40.0
Use Auto Trap Collision Energy			NO
Using Trap Collision Energy Profile		YES
CE Profile Filename				
Use Auto Transfer Collision Energy		NO
Transfer MSMS Collision Energy Ramp Start (eV)	0.0
Transfer MSMS Collision Energy Ramp End (eV)	0.0
Transfer MSMS Collision Energy Low Mass (Da)	50.0
Transfer MSMS Collision Energy Ramp High Mass (Da)	2000.0
Transfer MSMS Collision Energy Ramp LM Start (eV)	20.0
Transfer MSMS Collision Energy Ramp LM End (eV)	27.0
Transfer MSMS Collision Energy Ramp HM Start (eV)	52.0
Transfer MSMS Collision Energy Ramp HM End (eV)	62.0
Sensitivity					Normal
Dynamic Range					Normal
Save Collapsed Retention Time Data		No
Use Rule File Filtering				No
FragmentationMode				CID
Calibration					Dynamic 2
 
Function Parameters - Function 4 - MOBILITY SURVEY FUNCTION
Scan Time (sec)					0.200
Interscan Time (sec)				0.014
Set Mass					0.0
Start Mass					50.0
MSMS End Mass					2000.0
Start Time (mins)				15.00
End Time (mins)					70.00
Data Format					Continuum
Analyser					Resolution Mode
ADC Sample Frequency (GHz)			2.7
ADC Pusher Frequency (µs)			85.0
ADC Pusher Width (µs)				1.75
Use Tune Page Cone Voltage			NO
Cone (V)					40.0
Use Auto Trap Collision Energy			NO
Using Trap Collision Energy Profile		YES
CE Profile Filename				
Use Auto Transfer Collision Energy		NO
Transfer MSMS Collision Energy Ramp Start (eV)	0.0
Transfer MSMS Collision Energy Ramp End (eV)	0.0
Transfer MSMS Collision Energy Low Mass (Da)	50.0
Transfer MSMS Collision Energy Ramp High Mass (Da)	2000.0
Transfer MSMS Collision Energy Ramp LM Start (eV)	20.0
Transfer MSMS Collision Energy Ramp LM End (eV)	27.0
Transfer MSMS Collision Energy Ramp HM Start (eV)	52.0
Transfer MSMS Collision Energy Ramp HM End (eV)	62.0
Sensitivity					Normal
Dynamic Range					Normal
Save Collapsed Retention Time Data		No
Use Rule File Filtering				No
FragmentationMode				CID
Calibration					Dynamic 2
 
Function Parameters - Function 5 - MOBILITY SURVEY FUNCTION
Scan Time (sec)					0.200
Interscan Time (sec)				0.014
Set Mass					0.0
Start Mass					50.0
MSMS End Mass					2000.0
Start Time (mins)				15.00
End Time (mins)					70.00
Data Format					Continuum
Analyser					Resolution Mode
ADC Sample Frequency (GHz)			2.7
ADC Pusher Frequency (µs)			85.0
ADC Pusher Width (µs)				1.75
Use Tune Page Cone Voltage			NO
Cone (V)					40.0
Use Auto Trap Collision Energy			NO
Using Trap Collision Energy Profile		YES
CE Profile Filename				
Use Auto Transfer Collision Energy		NO
Transfer MSMS Collision Energy Ramp Start (eV)	0.0
Transfer MSMS Collision Energy Ramp End (eV)	0.0
Transfer MSMS Collision Energy Low Mass (Da)	50.0
Transfer MSMS Collision Energy Ramp High Mass (Da)	2000.0
Transfer MSMS Collision Energy Ramp LM Start (eV)	20.0
Transfer MSMS Collision Energy Ramp LM End (eV)	27.0
Transfer MSMS Collision Energy Ramp HM Start (eV)	52.0
Transfer MSMS Collision Energy Ramp HM End (eV)	62.0
Sensitivity					Normal
Dynamic Range					Normal
Save Collapsed Retention Time Data		No
Use Rule File Filtering				No
FragmentationMode				CID
Calibration					Dynamic 2
 
Function Parameters - Function 6 - MOBILITY SURVEY FUNCTION
Scan Time (sec)					0.200
Interscan Time (sec)				0.014
Set Mass					0.0
Start Mass					50.0
MSMS End Mass					2000.0
Start Time (mins)				15.00
End Time (mins)					70.00
Data Format					Continuum
Analyser					Resolution Mode
ADC Sample Frequency (GHz)			2.7
ADC Pusher Frequency (µs)			85.0
ADC Pusher Width (µs)				1.75
Use Tune Page Cone Voltage			NO
Cone (V)					40.0
Use Auto Trap Collision Energy			NO
Using Trap Collision Energy Profile		YES
CE Profile Filename				
Use Auto Transfer Collision Energy		NO
Transfer MSMS Collision Energy Ramp Start (eV)	0.0
Transfer MSMS Collision Energy Ramp End (eV)	0.0
Transfer MSMS Collision Energy Low Mass (Da)	50.0
Transfer MSMS Collision Energy Ramp High Mass (Da)	2000.0
Transfer MSMS Collision Energy Ramp LM Start (eV)	20.0
Transfer MSMS Collision Energy Ramp LM End (eV)	27.0
Transfer MSMS Collision Energy Ramp HM Start (eV)	52.0
Transfer MSMS Collision Energy Ramp HM End (eV)	62.0
Sensitivity					Normal
Dynamic Range					Normal
Save Collapsed Retention Time Data		No
Use Rule File Filtering				No
FragmentationMode				CID
Calibration					Dynamic 2
 
Function Parameters - Function 7 - MOBILITY SURVEY FUNCTION
Scan Time (sec)					0.200
Interscan Time (sec)				0.014
Set Mass					0.0
Start Mass					50.0
MSMS End Mass					2000.0
Start Time (mins)				15.00
End Time (mins)					70.00
Data Format					Continuum
Analyser					Resolution Mode
ADC Sample Frequency (GHz)			2.7
ADC Pusher Frequency (µs)			85.0
ADC Pusher Width (µs)				1.75
Use Tune Page Cone Voltage			NO
Cone (V)					40.0
Use Auto Trap Collision Energy			NO
Using Trap Collision Energy Profile		YES
CE Profile Filename				
Use Auto Transfer Collision Energy		NO
Transfer MSMS Collision Energy Ramp Start (eV)	0.0
Transfer MSMS Collision Energy Ramp End (eV)	0.0
Transfer MSMS Collision Energy Low Mass (Da)	50.0
Transfer MSMS Collision Energy Ramp High Mass (Da)	2000.0
Transfer MSMS Collision Energy Ramp LM Start (eV)	20.0
Transfer MSMS Collision Energy Ramp LM End (eV)	27.0
Transfer MSMS Collision Energy Ramp HM Start (eV)	52.0
Transfer MSMS Collision Energy Ramp HM End (eV)	62.0
Sensitivity					Normal
Dynamic Range					Normal
Save Collapsed Retention Time Data		No
Use Rule File Filtering				No
FragmentationMode				CID
Calibration					Dynamic 2
 
Function Parameters - Function 8 - MOBILITY SURVEY FUNCTION
Scan Time (sec)					0.200
Interscan Time (sec)				0.014
Set Mass					0.0
Start Mass					50.0
MSMS End Mass					2000.0
Start Time (mins)				15.00
End Time (mins)					70.00
Data Format					Continuum
Analyser					Resolution Mode
ADC Sample Frequency (GHz)			2.7
ADC Pusher Frequency (µs)			85.0
ADC Pusher Width (µs)				1.75
Use Tune Page Cone Voltage			NO
Cone (V)					40.0
Use Auto Trap Collision Energy			NO
Using Trap Collision Energy Profile		YES
CE Profile Filename				
Use Auto Transfer Collision Energy		NO
Transfer MSMS Collision Energy Ramp Start (eV)	0.0
Transfer MSMS Collision Energy Ramp End (eV)	0.0
Transfer MSMS Collision Energy Low Mass (Da)	50.0
Transfer MSMS Collision Energy Ramp High Mass (Da)	2000.0
Transfer MSMS Collision Energy Ramp LM Start (eV)	20.0
Transfer MSMS Collision Energy Ramp LM End (eV)	27.0
Transfer MSMS Collision Energy Ramp HM Start (eV)	52.0
Transfer MSMS Collision Energy Ramp HM End (eV)	62.0
Sensitivity					Normal
Dynamic Range					Normal
Save Collapsed Retention Time Data		No
Use Rule File Filtering				No
FragmentationMode				CID
Calibration					Dynamic 2
 
Function Parameters - Function 9 - MOBILITY SURVEY FUNCTION
Scan Time (sec)					0.200
Interscan Time (sec)				0.014
Set Mass					0.0
Start Mass					50.0
MSMS End Mass					2000.0
Start Time (mins)				15.00
End Time (mins)					70.00
Data Format					Continuum
Analyser					Resolution Mode
ADC Sample Frequency (GHz)			2.7
ADC Pusher Frequency (µs)			85.0
ADC Pusher Width (µs)				1.75
Use Tune Page Cone Voltage			NO
Cone (V)					40.0
Use Auto Trap Collision Energy			NO
Using Trap Collision Energy Profile		YES
CE Profile Filename				
Use Auto Transfer Collision Energy		NO
Transfer MSMS Collision Energy Ramp Start (eV)	0.0
Transfer MSMS Collision Energy Ramp End (eV)	0.0
Transfer MSMS Collision Energy Low Mass (Da)	50.0
Transfer MSMS Collision Energy Ramp High Mass (Da)	2000.0
Transfer MSMS Collision Energy Ramp LM Start (eV)	20.0
Transfer MSMS Collision Energy Ramp LM End (eV)	27.0
Transfer MSMS Collision Energy Ramp HM Start (eV)	52.0
Transfer MSMS Collision Energy Ramp HM End (eV)	62.0
Sensitivity					Normal
Dynamic Range					Normal
Save Collapsed Retention Time Data		No
Use Rule File Filtering				No
FragmentationMode				CID
Calibration					Dynamic 2
 
Function Parameters - Function 10 - REFERENCE
[ACQUISITION]
Survey Start Time				15.00
Survey End Time					70.00
Use Improved Sensitivity			NO
[MS SURVEY]
Survey Start Mass				50.0000
Survey End Mass					2000.0000
Discard uninteresting scans			NO
Switch to MS/MS when				Intensity rising above threshold
Intensity Threshold				1000.0
Survey Scan Time				0.50
Survey Interscan Time				0.10
Survey Data Format				Continuum
Analyser					Resolution Mode
ADC Sample Frequency (GHz)			2.7
TargetEnhancementMass2				85.0
TargetEnhancementMass3				1.75
[MS/MS]
MSMS Start Mass					50.0
MSMS End Mass					2000.0
Number of components				8
MSMS to MS Switch Criteria			TIC rising above threshold
Switchback threshold				100000.0
Use MSMS to MS Switch After Time		YES
MSMS Switch After Time (sec)			0.2
Use MSMS to MS Switch After 1 Scan		NO
Use MSMS to MS Switch After N Scans		NO
Use Single Channel for MS/MS			0.00
Accumulate MSMS Information			1.00
MSMS Scan Time (sec)				0.20
MSMS Interscan Time (sec)			0.01
MSMS Data Format				Continuum
Use MS/MS ipr File				NO
[PEAK DETECTION]
Use Include By Charge State			YES
Peak Detection Window				3.0
Charge State(s)					2,3,4
Number Of Include Components			30
Charge State Tolerance Window			3.0
Charge State Extraction Window			2.0
Deisotope Peak Selection			YES
Charge State Tolerance Window			0.2
Charge State Extraction Window			2.0
Deisotope Tolerance Window			0.2
Deisotope Extraction Window			2.0
[COLLISION ENERGY]
Using MSMS Auto Trap Collision Energy (eV)	4.000000
ITraQ Mode: disabled
[TRANFER COLLISION ENERGY]
[CONE VOLTAGE]
Cone (V)					40.0
Use Range Selection				NO
Q-DDA Mode					0.0
MSe Low CE					6.0
MSe High Start CE				10.0
MSe High End CE					20.0
Hi MSe Low CE					6.0
Hi MSe High Start CE				10.0
Hi MSe High End CE				20.0
Q-DDA Interval					10.0
MS Survey DRE					99.0
Use MS Survey DRE				0.0
Use Tune Page Cone Voltage			YES
[INCLUDE]
Precursor Selection				Everything
[EXCLUDE]
Detected Precursor Inclusion			Using Real Time Exclusion
Detected Precursor Inclusion			Include After Time
Include After Time (s)				20.0
Use Exclude Masses List				NO
Use Exclude File Masses				YES
Exclude Mass Filename				D:\Masslynx_projects\MTR.PRO\DDA_GluFib_exclude_list.txt
Exclude Retention Time Window			10.0
Unit of measurement				mDa
Exclude Window +/- (mDa)			20.0
[MOBILITY]
Include Drift Time Function			YES
Override IMS Width				YES
IMS Width					0.0
Override Transfer Width				YES
Transfer Width					0.0
Use MS Mobility Separation			YES
Use Rule File					YES
Rule File					œ

Use MS/MS Mobility Separation			YES
Use Inteligent Peak Switching			YES
Use MS Flat Transfer				YES
Filter MS scan data				YES
Filter MS/MS scan data				YES
Use Precursor Drift Time			YES
Target Enhancement Mass				0.0
Sensitivity Type				105495.0
Wideband File					5¯

[LOCK SPRAY]
LockSprayType:					Do not apply correction
LockSpray Reference Compound Name:		GluFib_POS
Scan Time (sec)					0.50
Interval					30
Mass Window +/-					0.3
Scans to Average				3.0
Reference Cone Voltage				35.0
Trap Collision Energy (eV)			4.0
LocksprayDRESetting				99.9000
[METHOD EVENTS:]
Timed Events Enabled:				YES
API Probe Delay Temp:				20.0
Num of Timed Events:				4.0
Event	Time	Name	Action				System
1	0.00	Reservoir	B				LockSpray
2	0.00	Refill	Auto-Refill			LockSpray
3	0.00	Infusion	Start				LockSpray
4	60000.00	Infusion	Stop			LockSpray


Calibration					Dynamic 2