[General]
Software version = "Generic 5 (UI 10811, RT 10811)"
[Digital]
Direction = 4052
Direction C&D = 65535
Polarity = 0
Polarity C&D = 0
Static = 512
Static C&D = 0
Pulsing = 0
Pulsing C&D = 0
Pulsewidth (s) = 150.000006E-3
Pulse Delay (s) = 250.000000E-3
Num Pulses = 1
[OscillationControl]
Demod 1 Input = 0
Demod 2 Input = 0
Demod 3 Input = 0
Demod 4 Input = 0
Demod 1 Freq = 0
Demod 2 Freq = 0
Demod 3 Freq = 0
Demod 4 Freq = 0
divider = 0
differential input = TRUE
input 1/10 = FALSE
output off = TRUE
output add = FALSE
excitation positive only = TRUE
CenterFrequency (Hz) = 29.002183E+3
Range (Hz) = 76.293945E+0
InputCalibration (m/V) = 3.500000E-9
Input Range (m) = 1.330000E-9
Demod 1 Phase ref (deg) = 271.760010E+0
Demod 2 Phase ref (deg) = 0.000000E+0
Demod 3 Phase ref (deg) = 0.000000E+0
Demod 4 Phase ref (deg) = 0.000000E+0
Demod 1 Timeconstant = 6
Demod 2 Timeconstant = 5
Demod 3 Timeconstant = 5
Demod 4 Timeconstant = 5
Demod 1 Harmonic = 1
Demod 2 Harmonic = 1
Demod 3 Harmonic = 1
Demod 4 Harmonic = 1
Demod 1 FilterOrder = 1
Demod 2 FilterOrder = 1
Demod 3 FilterOrder = 1
Demod 4 FilterOrder = 1
Phase:Max (deg) = 40.000000E+0
Phase:Min (deg) = -40.000000E+0
Phase:Value (deg) = -76.497276E+0
PhaseProportional:Max (Hz/rad) = 4.743416E+3
PhaseProportional:Min (Hz/rad) = 4.743416E+0
PhaseProportional:Value (Hz/rad) = 150.000000E+0
PhaseIntegral:Max (Hz/rad/s) = 100.000000E+0
PhaseIntegral:Min (Hz/rad/s) = 5.729578E+0
PhaseIntegral:Value (Hz/rad/s) = 1.069037E+3
PhaseTimeConst:Max (s) = 4.437094E+0
PhaseTimeConst:Min (s) = 4.437094E-3
FrequencyShift:Max (Hz) = 76.293945E+0
FrequencyShift:Min (Hz) = -76.293945E+0
FrequencyShift:Value (Hz) = -76.293945E+0
Amplitude:Max (m) = 1.330000E-9
Amplitude:Min (m) = 0.000000E+0
Amplitude:Value (m) = 311.309256E-12
AmplitudeSetpoint:Value (m) = 499.999986E-12
AmplitudeProportional:Max (V/nm) = 8.378019E+0
AmplitudeProportional:Min (V/nm) = 8.378019E-3
AmplitudeProportional:Value (V/nm) = 264.936239E-3
AmplitudeIntegral:Max (V/nm/s) = 10.000000E-3
AmplitudeIntegral:Min (V/nm/s) = 10.000000E-6
AmplitudeIntegral:Value (V/nm/s) = 1.888177E+0
AmplitudeTimeConst:Max (s) = 4.437094E+0
AmplitudeTimeConst:Min (s) = 4.437094E-3
PLL parameters switch = 0
Excitation:Max (V) = 10.000000E-3
Excitation:Min (V) = -10.000000E-3
Excitation:Value (V) = 10.000000E-3
PLL-Setup: Q-Factor = 1.190000E+3
PLL-Setup: Demod. Bandwidth Amp (Hz) = 49.999008E+0
PLL-Setup: Demod. Bandwidth Pha (Hz) = 150.000000E+0
PLL-Setup: amplitude/excitation (m/V) = 56.699999E-9
Show demod configuration = FALSE
Show PLL section = TRUE
OscillationControl: FrqSweep: Num Points = 1000
OscillationControl: FrqSweep: Meas. Period (s) = 1.306338E-2
OscillationControl: FrqSweep: Settling time (s) = 1.000000E-1
OscillationControl: FrqSweep: Fit frq method = "Amplitude Fit"
OscillationControl: FrqSweep: Fit Q method = "Amplitude Fit"
OscillationControl: FrqSweep: Fit Length = 11
OscillationControl: FrqSweep: Crsr.Type.0 = "x_y"
OscillationControl: FrqSweep: Crsr.Type.1 = "x_y"
OscillationControl: FrqSweep: Crsr.Show.0 = TRUE
OscillationControl: FrqSweep: Crsr.Show.1 = TRUE
OscillationControl: FrqSweep: Crsr.Ind.Pos.0 = "Tp.R"
OscillationControl: FrqSweep: Crsr.Ind.Pos.1 = "Tp.R"
OscillationControl: FrqSweep: Par. to save = ""
OscillationControl: FrqSweep: Save comment = ""
OscillationControl: FrqSweep: Save.Path = "/E/LT-STM_2020-202x_Nanonis/Rh(111)c"
OscillationControl: FrqSweep: Save.Basename = "Freq-Sweep"
OscillationControl: FrqSweep: Range.Link = TRUE
[Tip Shaper]
Tip Lift (m) = 0.000000E+0
Switch Gain = FALSE
Gain Index = 0
Change Bias = TRUE
Bias Value = 3.000000E+0
Lift Height (m) = 10.000000E-9
Switch Off Delay (s) = 10.000000E-3
Lift Time 1 (s) = 0.500000
Settling Time (s) = 0.050000
Lift time 2 (s) = 0.100000
End Wait Time (s) = 0.050000
Lifting Bias (V) = -0.500000
Restore feedback = TRUE
[Scan]
speed: keep constant = FALSE
speed: forw. = 58.593752E-9
buffer: pixels/line = 512
buffer: lines = 512
buffer: resolution link = TRUE
buffer: channels = 999.425000E+3
scan: Scanfield = "<Cluster>\0D\0A<Name>Scan field</Name>\0D\0A<NumElts>5</NumElts>\0D\0A<SGL>\0D\0A<Name>center X (m)</Name>\0D\0A<Val>1.00000E-9</Val>\0D\0A</SGL>\0D\0A<SGL>\0D\0A<Name>center Y (m)</Name>\0D\0A<Val>1.00000E-9</Val>\0D\0A</SGL>\0D\0A<SGL>\0D\0A<Name>width (m)</Name>\0D\0A<Val>3.00000E-8</Val>\0D\0A</SGL>\0D\0A<SGL>\0D\0A<Name>height (m)</Name>\0D\0A<Val>3.00000E-8</Val>\0D\0A</SGL>\0D\0A<SGL>\0D\0A<Name>angle (deg)</Name>\0D\0A<Val>0.00000</Val>\0D\0A</SGL>\0D\0A</Cluster>\0D\0A"
scan: series name = "Cu(110)_"
scan: scanfield size link = TRUE
scan: continous = TRUE
scan: autosave = TRUE
scan: autopaste = TRUE
scan: show hide buffer = TRUE
save: Comment = ""
save: Parameters = "NanonisMain;Ext. VI 1;Ext. VI 2;Ext. VI 3;Bias;Current;Z-Controller;Piezo Configuration;Oscillation Control;Scan"
camera: Viewfield = "<Cluster>\0D\0A<Name>scanfield</Name>\0D\0A<NumElts>5</NumElts>\0D\0A<SGL>\0D\0A<Name>center X (m)</Name>\0D\0A<Val>1.00000E-9</Val>\0D\0A</SGL>\0D\0A<SGL>\0D\0A<Name>center Y (m)</Name>\0D\0A<Val>1.00000E-9</Val>\0D\0A</SGL>\0D\0A<SGL>\0D\0A<Name>width (m)</Name>\0D\0A<Val>3.65329E-8</Val>\0D\0A</SGL>\0D\0A<SGL>\0D\0A<Name>height (m)</Name>\0D\0A<Val>3.31410E-8</Val>\0D\0A</SGL>\0D\0A<SGL>\0D\0A<Name>angle (deg)</Name>\0D\0A<Val>0.00000</Val>\0D\0A</SGL>\0D\0A</Cluster>\0D\0A"
followme: speed (m/s) = 10.000000E-9
followme: speed selector = 0
followme: alt. ctrl on = FALSE
followme: alt. controller = 6
followme: alt. bias (V) = 1.000000E+0
grid: pattern = 0
grid: points Xg = 5
grid: points Yg = 5
grid: line points = 24
grid: delay = 2.000000E+0
grid: experiment = 2
grid: external VI path = ""
grid: save scan channels = FALSE
grid: continuous = FALSE
initial litho: current gain = 0.000000E+0
initial litho: bias = 2.000000E+0
initial litho: setpoint = 50.000001E-12
initial litho: speed = 5.000000E-9
initial litho: z-controller = TRUE
initial litho: z offset (m) = 0.000000E+0
Litho: Reset Z-Ctrl = TRUE
Litho: Reset Bias = TRUE
ROI: frame = "<Cluster>\0D\0A<Name>Scan field</Name>\0D\0A<NumElts>4</NumElts>\0D\0A<SGL>\0D\0A<Name>center X (m)</Name>\0D\0A<Val>0.00000</Val>\0D\0A</SGL>\0D\0A<SGL>\0D\0A<Name>center Y (m)</Name>\0D\0A<Val>0.00000</Val>\0D\0A</SGL>\0D\0A<SGL>\0D\0A<Name>width (m)</Name>\0D\0A<Val>1.00000E-15</Val>\0D\0A</SGL>\0D\0A<SGL>\0D\0A<Name>height (m)</Name>\0D\0A<Val>1.00000E-15</Val>\0D\0A</SGL>\0D\0A</Cluster>\0D\0A"
ROI: size link = FALSE
Subgrid: config = "<Cluster>\0D\0A<Name>Subgrid config in</Name>\0D\0A<NumElts>6</NumElts>\0D\0A<I32>\0D\0A<Name>First Pixel</Name>\0D\0A<Val>65</Val>\0D\0A</I32>\0D\0A<I32>\0D\0A<Name>Pixels</Name>\0D\0A<Val>128</Val>\0D\0A</I32>\0D\0A<I32>\0D\0A<Name>X Periodicity</Name>\0D\0A<Val>1</Val>\0D\0A</I32>\0D\0A<I32>\0D\0A<Name>Top Line</Name>\0D\0A<Val>503</Val>\0D\0A</I32>\0D\0A<I32>\0D\0A<Name>Lines</Name>\0D\0A<Val>1</Val>\0D\0A</I32>\0D\0A<I32>\0D\0A<Name>Y Periodicity</Name>\0D\0A<Val>1</Val>\0D\0A</I32>\0D\0A</Cluster>\0D\0A"
Subgrid: experiment = 0
Subgrid: series name = "Unnamed"
Subgrid: comment = ""
Subgrid: save scan channels = FALSE
speed: bwd selector = 0
speed: bwd ratio = 1.000000E+0
speed: bwd custom = 10.000000E-9
scan: bounce = TRUE
scan: clear data when moving = TRUE
scan: clear data when starting = TRUE
scan: clear data when inverting = FALSE
scan: paste when moving = FALSE
scan: paste when starting = FALSE
scan: save when moving = FALSE
scan: save when stopping = FALSE
scan: disable if Z-Ctrl off = FALSE
scan: endposition = FALSE
scan: end_Xpos = 0
scan: end_Ypos = 0
DIO pulse: port = "A"
DIO pulse: BOL line = "Line 1"
DIO pulse: BOL polarity = "High Active"
DIO pulse: EOL line = "Line 1"
DIO pulse: EOL polarity = "High Active"
DIO pulse: BOP line = "Line 1"
DIO pulse: BOP polarity = "High Active"
DIO pulse: BOL active = FALSE
DIO pulse: EOL active = FALSE
DIO pulse: BOP active = FALSE
DIO pulse: Frame Start line = "Line 1"
DIO pulse: Frame End line = "Line 1"
DIO pulse: Scan Direction line = "Line 1"
DIO pulse: Frame Start polarity = "High Active"
DIO pulse: Frame End polarity = "High Active"
DIO pulse: Scan Direction polarity = "High Active"
DIO pulse: Frame Start active = FALSE
DIO pulse: Frame End active = FALSE
DIO pulse: Scan Direction active = FALSE
Channel = 1
ScanDirection = "forward"
Processing = "Subtract average"
Color: palette = "Grey"
Show Channel = FALSE
Show Range = FALSE
Show Scalebar = TRUE
Show Filename = TRUE
Show Coordinate System = FALSE
Std Deviation Factor = 1.500000E+0
[ScanMonitorA]
Camera view = 2
Channel = 5
ScanDirection = "forward"
Processing = "Subtract slope"
Color: palette = "Grey"
Show Channel = FALSE
Show Range = FALSE
Show Scalebar = TRUE
Show Filename = FALSE
Show Coordinate System = FALSE
Std Deviation Factor = 1.500000E+0
[ScanMonitorB]
Camera view = 2
Channel = 3
ScanDirection = "forward"
Processing = "Raw"
Color: palette = "Grey"
Show Channel = FALSE
Show Range = FALSE
Show Scalebar = TRUE
Show Filename = FALSE
Show Coordinate System = FALSE
Std Deviation Factor = 1.500000E+0
[Charts]
Signal Chart: Channel A = "Z (m)"
Signal Chart: Channel A.RingIndex = 14
Signal Chart: Channel B = "OC M1 Freq. Shift (Hz)"
Signal Chart: Channel B.RingIndex = 19
Signal Chart: Averaging = 14
Signal Chart: Plot.Color.0 = 5898156
Signal Chart: Plot.Color.1 = 16753664
History Chart: Channel A = "Z (m)"
History Chart: Channel A.RingIndex = 14
History Chart: Channel B = "OC M1 Freq. Shift (Hz)"
History Chart: Channel B.RingIndex = 19
History Chart: Plot.Color.0 = 5898156
History Chart: Plot.Color.1 = 16753664
History Chart: ScalFit.X = FALSE
History Chart: Scal.Limit.X = FALSE
History Chart: Points to display = 2.00000000E+3
History Chart: Save.Path = "/E/LT-STM_2020-202x_Nanonis/20250616-Current_max"
History Chart: Save.Basename = "HistoryData"
History Chart: Autosave Nr = 16
[PiezoCal]
calib.0: Name = "LN2"
calib.0: Gain X = 14.000000
calib.0: Sensitivity X (m/V) = 18.000000E-9
calib.0: Gain Y = 14.000000
calib.0: Sensitivity Y (m/V) = 18.000000E-9
calib.0: Gain Z = 14.000000
calib.0: Sensitivity Z (m/V) = 2.600000E-9
calib.0: Volt. Limits Per Calibr. Enable = FALSE
calib.0: Volt. Limits Per Calibr. X Low (V) = -10.000000E+0
calib.0: Volt. Limits Per Calibr. X High (V) = 10.000000E+0
calib.0: Volt. Limits Per Calibr. Y Low (V) = -10.000000E+0
calib.0: Volt. Limits Per Calibr. Y High (V) = 10.000000E+0
calib.0: Volt. Limits Per Calibr. Z Low (V) = -10.000000E+0
calib.0: Volt. Limits Per Calibr. Z High (V) = 10.000000E+0
calib.1: Name = "LHe"
calib.1: Gain X = 14.000000
calib.1: Sensitivity X (m/V) = 10.400000E-9
calib.1: Gain Y = 14.000000
calib.1: Sensitivity Y (m/V) = 10.400000E-9
calib.1: Gain Z = 14.000000
calib.1: Sensitivity Z (m/V) = 1.400000E-9
calib.1: Volt. Limits Per Calibr. Enable = FALSE
calib.1: Volt. Limits Per Calibr. X Low (V) = -10.000000E+0
calib.1: Volt. Limits Per Calibr. X High (V) = 10.000000E+0
calib.1: Volt. Limits Per Calibr. Y Low (V) = -10.000000E+0
calib.1: Volt. Limits Per Calibr. Y High (V) = 10.000000E+0
calib.1: Volt. Limits Per Calibr. Z Low (V) = -10.000000E+0
calib.1: Volt. Limits Per Calibr. Z High (V) = 10.000000E+0
active calib. = 0
correction x (V/m^2) = 0.000000E+0
correction y (V/m^2) = 0.000000E+0
radius X (m) = Inf
radius Y (m) = Inf
drift x (m/s) = 1.000000E-15
drift y (m/s) = 1.000000E-15
drift z (m/s) = 3.000000E-12
drift on/off = FALSE
drift saturation limit (%) = 6.000000E+1
tilt X (deg) = -3.200000E-1
tilt Y (deg) = -4.100001E-1
angle Y (deg) = 0.000000E+0
Hysteresis points fast = "-8.000000E+0,4.000000E+0,-1.000000E+0\0D\0A1.000000E+0,5.200000E-1,9.500000E-1\0D\0A"
Hystersis points slow = "-8.000000E+0,4.000000E+0,-1.000000E+0\0D\0A1.000000E+0,5.200000E-1,9.500000E-1\0D\0A"
Hysteresis compensation = FALSE
Hysteresis scaling table = ""
Scan range dep. OnOff = FALSE
Scan range dep. table = ";;;\0D\0A;;;\0D\0A;;;\0D\0A;;;\0D\0A;;;\0D\0A;;;\0D\0A;;;\0D\0A;;;\0D\0A;;;\0D\0A;;;\0D\0A"
Digital communication = TRUE
System Voltage Limits Enabled = FALSE
System Voltage X Low Limit (V) = -1.000000E+1
System Voltage X High Limit (V) = 1.000000E+1
System Voltage Y Low Limit (V) = -1.000000E+1
System Voltage Y High Limit (V) = 1.000000E+1
System Voltage Z Low Limit (V) = -1.000000E+1
System Voltage Z High Limit (V) = 1.000000E+1
Set XY Offsets so that 0m is at 0V = FALSE
[Z-Controller]
controller.0: Name = "log Current"
controller.0: Controller on/off = FALSE
controller.0: Control Signal Name = ""
controller.0: Unit = "A"
controller.0: Type = "log"
controller.0: Operation = "none"
controller.0: pos/neg = TRUE
controller.0: tip-lift (m) = 0.000000E+0
controller.0: indicator:max = 5.000000E-9
controller.0: indicator:min = 1.000000E-12
controller.0: setpoint caption = "Setpoint (A)"
controller.0: setpoint = 100.000001E-12
controller.0: integral caption = "Integral (m/s)"
controller.0: integral:min = 10.000000E-9
controller.0: integral:max = 100.000000E-6
controller.0: integral:value = 50.000001E-9
controller.0: proportional caption = "Proportional (m)"
controller.0: proportional:min = 10.000000E-12
controller.0: proportional:max = 100.000000E-9
controller.0: proportional:value = 1.500000E-12
controller.0: time const:min = 100.000000E-6
controller.0: time const:max = 1.000000E+0
controller.0: SwitchOffAveragingCycles = 200
controller.0: SafeTip Signal Name = ""
controller.0: ST Operation = "none"
controller.0: ST Type = "abs"
controller.0: ST Comp.-Operation = ">"
controller.0: ST Threshold caption = "Threshold (A)"
controller.0: ST Threshold min = 99.987665E-15
controller.0: ST Threshold max = 10.000000E-9
controller.0: ST Threshold value = 3.000000E-9
controller.0: SafeTip on/off = FALSE
controller.0: SafeTip AutoRecover = FALSE
controller.0: SafeTip Recovery time (s) = 0.000000E+0
controller.0: SafeTip PauseScan = FALSE
controller.0: SafeTip PauseScan time (s) = 0.000000E+0
controller.0: SafeTip Retract Motor = FALSE
controller.0: SafeTip Motor Direction = 0
controller.0: SafeTip Motor Steps = 1
controller.0: Signal 1 v3 = "0 (Current (A))"
controller.0: Signal 2 v3 = "74 (OC D1 Phase (deg))"
controller.0: ST Signal 1 v3 = "0 (Current (A))"
controller.0: ST Signal 2 v3 = "0 (Current (A))"
controller.1: Name = "abs Current"
controller.1: Controller on/off = FALSE
controller.1: Control Signal Name = ""
controller.1: Unit = "A"
controller.1: Type = "abs"
controller.1: Operation = "none"
controller.1: pos/neg = TRUE
controller.1: tip-lift (m) = -222.044605E-18
controller.1: indicator:max = 5.000000E-9
controller.1: indicator:min = 50.000000E-15
controller.1: setpoint caption = "Setpoint (A)"
controller.1: setpoint = 50.000001E-12
controller.1: integral caption = "Integral (m/A/s)"
controller.1: integral:min = 100.000000E+0
controller.1: integral:max = 10.000000E+3
controller.1: integral:value = 1.768913E+3
controller.1: proportional caption = "Proportional (m/A)"
controller.1: proportional:min = 100.000000E-3
controller.1: proportional:max = 10.000000E+0
controller.1: proportional:value = 100.000001E-3
controller.1: time const:min = 10.000000E-6
controller.1: time const:max = 100.000000E-3
controller.1: SwitchOffAveragingCycles = 0
controller.1: SafeTip Signal Name = ""
controller.1: ST Operation = "none"
controller.1: ST Type = "abs"
controller.1: ST Comp.-Operation = ">"
controller.1: ST Threshold caption = "Threshold (A)"
controller.1: ST Threshold min = 99.987665E-15
controller.1: ST Threshold max = 2.000000E-9
controller.1: ST Threshold value = 999.999972E-12
controller.1: SafeTip on/off = FALSE
controller.1: SafeTip AutoRecover = FALSE
controller.1: SafeTip Recovery time (s) = 0.000000E+0
controller.1: SafeTip PauseScan = FALSE
controller.1: SafeTip PauseScan time (s) = 0.000000E+0
controller.1: SafeTip Retract Motor = FALSE
controller.1: SafeTip Motor Direction = 0
controller.1: SafeTip Motor Steps = 1
controller.1: Signal 1 v3 = "0 (Current (A))"
controller.1: Signal 2 v3 = "74 (OC D1 Phase (deg))"
controller.1: ST Signal 1 v3 = "0 (Current (A))"
controller.1: ST Signal 2 v3 = "0 (Current (A))"
controller.2: Name = "Current positive bias"
controller.2: Controller on/off = FALSE
controller.2: Control Signal Name = ""
controller.2: Unit = "A"
controller.2: Type = "bipolar"
controller.2: Operation = "none"
controller.2: pos/neg = TRUE
controller.2: tip-lift (m) = 0.000000E+0
controller.2: indicator:max = 2.549464E-9
controller.2: indicator:min = -2.450486E-9
controller.2: setpoint caption = "Setpoint (A)"
controller.2: setpoint = 50.000001E-12
controller.2: integral caption = "Integral (m/A/s)"
controller.2: integral:min = 654.200000E+0
controller.2: integral:max = 65.420000E+3
controller.2: integral:value = 855.455017E+0
controller.2: proportional caption = "Proportional (m/A)"
controller.2: proportional:min = 60.061001E-12
controller.2: proportional:max = 6.006100E-9
controller.2: proportional:value = 17.116000E-12
controller.2: time const:min = 10.000000E-6
controller.2: time const:max = 100.000000E-3
controller.2: SwitchOffAveragingCycles = 0
controller.2: SafeTip Signal Name = ""
controller.2: ST Operation = "none"
controller.2: ST Type = "abs"
controller.2: ST Comp.-Operation = ">"
controller.2: ST Threshold caption = "Threshold (A)"
controller.2: ST Threshold min = 99.987665E-15
controller.2: ST Threshold max = 2.000000E-9
controller.2: ST Threshold value = 999.999972E-12
controller.2: SafeTip on/off = FALSE
controller.2: SafeTip AutoRecover = FALSE
controller.2: SafeTip Recovery time (s) = 0.000000E+0
controller.2: SafeTip PauseScan = FALSE
controller.2: SafeTip PauseScan time (s) = 0.000000E+0
controller.2: SafeTip Retract Motor = FALSE
controller.2: SafeTip Motor Direction = 0
controller.2: SafeTip Motor Steps = 1
controller.2: Signal 1 v3 = "0 (Current (A))"
controller.2: Signal 2 v3 = "74 (OC D1 Phase (deg))"
controller.2: ST Signal 1 v3 = "0 (Current (A))"
controller.2: ST Signal 2 v3 = "0 (Current (A))"
controller.3: Name = "log Conductance"
controller.3: Controller on/off = FALSE
controller.3: Control Signal Name = ""
controller.3: Unit = "A/V"
controller.3: Type = "log"
controller.3: Operation = "/"
controller.3: pos/neg = TRUE
controller.3: tip-lift (m) = 0.000000E+0
controller.3: indicator:max = 999.999884E-9
controller.3: indicator:min = 9.999999E-12
controller.3: setpoint caption = "Setpoint (A/V)"
controller.3: setpoint = 100.000001E-12
controller.3: integral caption = "Integral (m/s)"
controller.3: integral:min = 1.000000E-9
controller.3: integral:max = 1.000000E-6
controller.3: integral:value = 180.000001E-9
controller.3: proportional caption = "Proportional (m)"
controller.3: proportional:min = 1.000000E-12
controller.3: proportional:max = 10.000000E-9
controller.3: proportional:value = 90.000001E-12
controller.3: time const:min = 10.000000E-6
controller.3: time const:max = 100.000000E-3
controller.3: SwitchOffAveragingCycles = 0
controller.3: SafeTip Signal Name = ""
controller.3: ST Operation = "none"
controller.3: ST Type = "abs"
controller.3: ST Comp.-Operation = ">"
controller.3: ST Threshold caption = "Threshold (A)"
controller.3: ST Threshold min = 99.987665E-15
controller.3: ST Threshold max = 10.000000E-9
controller.3: ST Threshold value = 10.000000E-9
controller.3: SafeTip on/off = FALSE
controller.3: SafeTip AutoRecover = FALSE
controller.3: SafeTip Recovery time (s) = 0.000000E+0
controller.3: SafeTip PauseScan = FALSE
controller.3: SafeTip PauseScan time (s) = 0.000000E+0
controller.3: SafeTip Retract Motor = FALSE
controller.3: SafeTip Motor Direction = 0
controller.3: SafeTip Motor Steps = 1
controller.3: Signal 1 v3 = "0 (Current (A))"
controller.3: Signal 2 v3 = "24 (Bias (V))"
controller.3: ST Signal 1 v3 = "0 (Current (A))"
controller.3: ST Signal 2 v3 = "0 (Current (A))"
controller.4: Name = "abs Conductance"
controller.4: Controller on/off = FALSE
controller.4: Control Signal Name = ""
controller.4: Unit = "A/V"
controller.4: Type = "abs"
controller.4: Operation = "/"
controller.4: pos/neg = TRUE
controller.4: tip-lift (m) = 0.000000E+0
controller.4: indicator:max = 500.000000E-12
controller.4: indicator:min = 500.000000E-15
controller.4: setpoint caption = "Setpoint (A/V)"
controller.4: setpoint = 100.000001E-12
controller.4: integral caption = "Integral (m/(A/V)/s)"
controller.4: integral:min = 10.000000E+0
controller.4: integral:max = 100.000000E+3
controller.4: integral:value = 176.891281E+0
controller.4: proportional caption = "Proportional (m/(A/V))"
controller.4: proportional:min = 1.000000E-3
controller.4: proportional:max = 10.000000E+0
controller.4: proportional:value = 1.000000E-3
controller.4: time const:min = 10.000000E-6
controller.4: time const:max = 100.000000E-3
controller.4: SwitchOffAveragingCycles = 0
controller.4: SafeTip Signal Name = ""
controller.4: ST Operation = "none"
controller.4: ST Type = "abs"
controller.4: ST Comp.-Operation = ">"
controller.4: ST Threshold caption = "Threshold (A)"
controller.4: ST Threshold min = 99.987665E-15
controller.4: ST Threshold max = 10.000000E-9
controller.4: ST Threshold value = 10.000000E-9
controller.4: SafeTip on/off = FALSE
controller.4: SafeTip AutoRecover = FALSE
controller.4: SafeTip Recovery time (s) = 0.000000E+0
controller.4: SafeTip PauseScan = FALSE
controller.4: SafeTip PauseScan time (s) = 0.000000E+0
controller.4: SafeTip Retract Motor = FALSE
controller.4: SafeTip Motor Direction = 0
controller.4: SafeTip Motor Steps = 1
controller.4: Signal 1 v3 = "0 (Current (A))"
controller.4: Signal 2 v3 = "24 (Bias (V))"
controller.4: ST Signal 1 v3 = "0 (Current (A))"
controller.4: ST Signal 2 v3 = "0 (Current (A))"
controller.5: Name = "Frequency (neg)"
controller.5: Controller on/off = FALSE
controller.5: Control Signal Name = ""
controller.5: Unit = "Hz"
controller.5: Type = "bipolar"
controller.5: Operation = "none"
controller.5: pos/neg = FALSE
controller.5: tip-lift (m) = 0.000000E+0
controller.5: indicator:max = 34.043023E+0
controller.5: indicator:min = -10.956527E+0
controller.5: setpoint caption = "Setpoint (Hz)"
controller.5: setpoint = -1.100000E+0
controller.5: integral caption = "Integral (m/Hz/s)"
controller.5: integral:min = 100.000000E-3
controller.5: integral:max = 10.000000E+0
controller.5: integral:value = 100.000001E-9
controller.5: proportional caption = "Proportional (m/Hz)"
controller.5: proportional:min = 10.000000E-12
controller.5: proportional:max = 1.000000E-9
controller.5: proportional:value = 50.000400E-12
controller.5: time const:min = 10.000000E-6
controller.5: time const:max = 100.000000E-3
controller.5: SwitchOffAveragingCycles = 0
controller.5: SafeTip Signal Name = ""
controller.5: ST Operation = "none"
controller.5: ST Type = "bipolar"
controller.5: ST Comp.-Operation = "<"
controller.5: ST Threshold caption = "Threshold (m)"
controller.5: ST Threshold min = 99.999997E-15
controller.5: ST Threshold max = 10.000000E-9
controller.5: ST Threshold value = 350.000001E-12
controller.5: SafeTip on/off = FALSE
controller.5: SafeTip AutoRecover = FALSE
controller.5: SafeTip Recovery time (s) = 49.999999E-6
controller.5: SafeTip PauseScan = TRUE
controller.5: SafeTip PauseScan time (s) = 49.999999E-6
controller.5: SafeTip Retract Motor = FALSE
controller.5: SafeTip Motor Direction = 0
controller.5: SafeTip Motor Steps = 1
controller.5: Signal 1 v3 = "76 (OC M1 Freq. Shift (Hz))"
controller.5: Signal 2 v3 = "74 (OC D1 Phase (deg))"
controller.5: ST Signal 1 v3 = "75 (OC D1 Amplitude (m))"
controller.5: ST Signal 2 v3 = "0 (Current (A))"
controller.6: Name = "Frequency (pos)"
controller.6: Controller on/off = FALSE
controller.6: Control Signal Name = ""
controller.6: Unit = "Hz"
controller.6: Type = "bipolar"
controller.6: Operation = "none"
controller.6: pos/neg = TRUE
controller.6: tip-lift (m) = 0.000000E+0
controller.6: indicator:max = 5.000000E+0
controller.6: indicator:min = -5.000000E+0
controller.6: setpoint caption = "Setpoint (Hz)"
controller.6: setpoint = 1.161616E+0
controller.6: integral caption = "Integral (m/Hz/s)"
controller.6: integral:min = 100.000000E-3
controller.6: integral:max = 10.000000E+0
controller.6: integral:value = 37.667085E-9
controller.6: proportional caption = "Proportional (m/Hz)"
controller.6: proportional:min = 10.000000E-12
controller.6: proportional:max = 1.000000E-9
controller.6: proportional:value = 59.948428E-12
controller.6: time const:min = 10.000000E-6
controller.6: time const:max = 100.000000E-3
controller.6: SwitchOffAveragingCycles = 0
controller.6: SafeTip Signal Name = ""
controller.6: ST Operation = "none"
controller.6: ST Type = "bipolar"
controller.6: ST Comp.-Operation = "<"
controller.6: ST Threshold caption = "Threshold (m)"
controller.6: ST Threshold min = -5.000000E-9
controller.6: ST Threshold max = 5.000000E-9
controller.6: ST Threshold value = 10.000000E-9
controller.6: SafeTip on/off = FALSE
controller.6: SafeTip AutoRecover = FALSE
controller.6: SafeTip Recovery time (s) = 0.000000E+0
controller.6: SafeTip PauseScan = FALSE
controller.6: SafeTip PauseScan time (s) = 0.000000E+0
controller.6: SafeTip Retract Motor = FALSE
controller.6: SafeTip Motor Direction = 0
controller.6: SafeTip Motor Steps = 1
controller.6: Signal 1 v3 = "76 (OC M1 Freq. Shift (Hz))"
controller.6: Signal 2 v3 = "74 (OC D1 Phase (deg))"
controller.6: ST Signal 1 v3 = "75 (OC D1 Amplitude (m))"
controller.6: ST Signal 2 v3 = "0 (Current (A))"
controller.7: Name = "Phase"
controller.7: Controller on/off = FALSE
controller.7: Control Signal Name = ""
controller.7: Unit = "deg"
controller.7: Type = "bipolar"
controller.7: Operation = "none"
controller.7: pos/neg = TRUE
controller.7: tip-lift (m) = 0.000000E+0
controller.7: indicator:max = 180.000000E+0
controller.7: indicator:min = -180.000000E+0
controller.7: setpoint caption = "Setpoint (deg)"
controller.7: setpoint = 58.181820E+0
controller.7: integral caption = "Integral (m/deg/s)"
controller.7: integral:min = 100.000000E-12
controller.7: integral:max = 10.000000E-9
controller.7: integral:value = 2.582508E-9
controller.7: proportional caption = "Proportional (m/deg)"
controller.7: proportional:min = 1.000000E-12
controller.7: proportional:max = 100.000000E-12
controller.7: proportional:value = 4.132012E-12
controller.7: time const:min = 10.000000E-6
controller.7: time const:max = 100.000000E-3
controller.7: SwitchOffAveragingCycles = 0
controller.7: SafeTip Signal Name = ""
controller.7: ST Operation = "none"
controller.7: ST Type = "bipolar"
controller.7: ST Comp.-Operation = ">"
controller.7: ST Threshold caption = "Threshold (V)"
controller.7: ST Threshold min = -999.999931E-6
controller.7: ST Threshold max = 999.999931E-6
controller.7: ST Threshold value = 50.000001E-3
controller.7: SafeTip on/off = FALSE
controller.7: SafeTip AutoRecover = FALSE
controller.7: SafeTip Recovery time (s) = 0.000000E+0
controller.7: SafeTip PauseScan = FALSE
controller.7: SafeTip PauseScan time (s) = 0.000000E+0
controller.7: SafeTip Retract Motor = FALSE
controller.7: SafeTip Motor Direction = 0
controller.7: SafeTip Motor Steps = 1
controller.7: Signal 1 v3 = "74 (OC D1 Phase (deg))"
controller.7: Signal 2 v3 = "74 (OC D1 Phase (deg))"
controller.7: ST Signal 1 v3 = "77 (OC M1 Excitation (V))"
controller.7: ST Signal 2 v3 = "0 (Current (A))"
controller.8: Name = "Excitation"
controller.8: Controller on/off = FALSE
controller.8: Control Signal Name = ""
controller.8: Unit = "V"
controller.8: Type = "bipolar"
controller.8: Operation = "none"
controller.8: pos/neg = FALSE
controller.8: tip-lift (m) = 0.000000E+0
controller.8: indicator:max = 100.000000E-3
controller.8: indicator:min = -100.000000E-3
controller.8: setpoint caption = "Setpoint (V)"
controller.8: setpoint = 10.000000E-3
controller.8: integral caption = "Integral (m/V/s)"
controller.8: integral:min = 1.000000E-6
controller.8: integral:max = 100.000000E-6
controller.8: integral:value = 62.500003E-6
controller.8: proportional caption = "Proportional (m/V)"
controller.8: proportional:min = 10.000000E-9
controller.8: proportional:max = 1.000000E-6
controller.8: proportional:value = 100.000001E-9
controller.8: time const:min = 10.000000E-6
controller.8: time const:max = 100.000000E-3
controller.8: SwitchOffAveragingCycles = 0
controller.8: SafeTip Signal Name = ""
controller.8: ST Operation = "none"
controller.8: ST Type = "abs"
controller.8: ST Comp.-Operation = ">"
controller.8: ST Threshold caption = "Threshold (A)"
controller.8: ST Threshold min = 0.000000E+0
controller.8: ST Threshold max = 10.000000E-9
controller.8: ST Threshold value = 10.000000E-9
controller.8: SafeTip on/off = FALSE
controller.8: SafeTip AutoRecover = FALSE
controller.8: SafeTip Recovery time (s) = 0.000000E+0
controller.8: SafeTip PauseScan = FALSE
controller.8: SafeTip PauseScan time (s) = 0.000000E+0
controller.8: SafeTip Retract Motor = FALSE
controller.8: SafeTip Motor Direction = 0
controller.8: SafeTip Motor Steps = 1
controller.8: Signal 1 v3 = "77 (OC M1 Excitation (V))"
controller.8: Signal 2 v3 = "74 (OC D1 Phase (deg))"
controller.8: ST Signal 1 v3 = "0 (Current (A))"
controller.8: ST Signal 2 v3 = "0 (Current (A))"
controller.9: Name = "Amplitude"
controller.9: Controller on/off = FALSE
controller.9: Control Signal Name = ""
controller.9: Unit = "m"
controller.9: Type = "abs"
controller.9: Operation = "none"
controller.9: pos/neg = FALSE
controller.9: tip-lift (m) = 0.000000E+0
controller.9: indicator:max = 20.000000E-9
controller.9: indicator:min = 50.000000E-15
controller.9: setpoint caption = "Setpoint (m)"
controller.9: setpoint = 6.868720E-9
controller.9: integral caption = "Integral (m/m/s)"
controller.9: integral:min = 100.000000E-3
controller.9: integral:max = 10.000000E+0
controller.9: integral:value = 625.000000E+0
controller.9: proportional caption = "Proportional (m/m)"
controller.9: proportional:min = 100.000000E-3
controller.9: proportional:max = 10.000000E+0
controller.9: proportional:value = 1.000000E+0
controller.9: time const:min = 10.000000E-6
controller.9: time const:max = 100.000000E-3
controller.9: SwitchOffAveragingCycles = 0
controller.9: SafeTip Signal Name = ""
controller.9: ST Operation = "none"
controller.9: ST Type = "bipolar"
controller.9: ST Comp.-Operation = ">"
controller.9: ST Threshold caption = "Threshold (V)"
controller.9: ST Threshold min = -999.999931E-6
controller.9: ST Threshold max = 999.999931E-6
controller.9: ST Threshold value = 50.000001E-3
controller.9: SafeTip on/off = FALSE
controller.9: SafeTip AutoRecover = FALSE
controller.9: SafeTip Recovery time (s) = 0.000000E+0
controller.9: SafeTip PauseScan = FALSE
controller.9: SafeTip PauseScan time (s) = 0.000000E+0
controller.9: SafeTip Retract Motor = FALSE
controller.9: SafeTip Motor Direction = 0
controller.9: SafeTip Motor Steps = 1
controller.9: Signal 1 v3 = "75 (OC D1 Amplitude (m))"
controller.9: Signal 2 v3 = "74 (OC D1 Phase (deg))"
controller.9: ST Signal 1 v3 = "77 (OC M1 Excitation (V))"
controller.9: ST Signal 2 v3 = "0 (Current (A))"
controller.10: Name = "log Current safe tip amplitude"
controller.10: Controller on/off = FALSE
controller.10: Control Signal Name = ""
controller.10: Unit = "A"
controller.10: Type = "log"
controller.10: Operation = "none"
controller.10: pos/neg = TRUE
controller.10: tip-lift (m) = 0.000000E+0
controller.10: indicator:max = 5.000000E-9
controller.10: indicator:min = 1.000000E-12
controller.10: setpoint caption = "Setpoint (A)"
controller.10: setpoint = 50.000001E-12
controller.10: integral caption = "Integral (m/s)"
controller.10: integral:min = 10.000000E-9
controller.10: integral:max = 100.000000E-6
controller.10: integral:value = 28.333334E-9
controller.10: proportional caption = "Proportional (m)"
controller.10: proportional:min = 10.000000E-12
controller.10: proportional:max = 100.000000E-9
controller.10: proportional:value = 1.700000E-12
controller.10: time const:min = 100.000000E-6
controller.10: time const:max = 1.000000E+0
controller.10: SwitchOffAveragingCycles = 0
controller.10: SafeTip Signal Name = ""
controller.10: ST Operation = "none"
controller.10: ST Type = "abs"
controller.10: ST Comp.-Operation = "<"
controller.10: ST Threshold caption = "Threshold (m)"
controller.10: ST Threshold min = 99.987665E-15
controller.10: ST Threshold max = 10.000000E-9
controller.10: ST Threshold value = 350.000001E-12
controller.10: SafeTip on/off = FALSE
controller.10: SafeTip AutoRecover = FALSE
controller.10: SafeTip Recovery time (s) = 49.999999E-6
controller.10: SafeTip PauseScan = FALSE
controller.10: SafeTip PauseScan time (s) = 0.000000E+0
controller.10: SafeTip Retract Motor = FALSE
controller.10: SafeTip Motor Direction = 0
controller.10: SafeTip Motor Steps = 1
controller.10: Signal 1 v3 = "0 (Current (A))"
controller.10: Signal 2 v3 = "74 (OC D1 Phase (deg))"
controller.10: ST Signal 1 v3 = "75 (OC D1 Amplitude (m))"
controller.10: ST Signal 2 v3 = "0 (Current (A))"
Settings-Version = 3
Z:min (m) = -363.999987E-9
Z:max (m) = 363.999987E-9
Z:value (m) = 3.640000E-7
Home Absolute/Relative = "relative"
Absolute pos (m) = 1.960000E-7
Relative pos (m) = 2.000000E-8
Withdraw slew rate (m/s) = Inf
Limit Z pos? = FALSE
Z High limit = 363.999987E-9
Z Low limit = -363.999987E-9
DIO Hold enable = FALSE
DIO Hold Port = "A"
DIO Hold Line = "1"
DIO Hold Polarity = "High Active"
controller:signal = 0
controller:Par type = TRUE
[Motor Control PMD4]
amplitude (V) = 1.600000E+2
frequency (Hz) = 3.000000E+2
Steps = "1;1;1;1;1;1;1\0D\0A1;1;0;1;1;1;0\0D\0A200;0;0;1;1;1;0"
Group = 0
group names = ";Group 2;Group 3;Group 4;Group 5;Group 6"
Approach Direction = 0
Axis.Labels = "Scan X;Mirror X;Beam Deflection;Group 4 Dir X;Group 5 Dir X;Group 6 Dir X\0D\0AScan Y;Mirror Y;;Group 4 Dir Y;Group 5 Dir Y;\0D\0AApproach;;;Group 4 Dir Z;Group 5 Dir Z;"
Config.Show = TRUE
[Current]
calibration1 (A/V) = 4.99999997E-9
calibration2 (A/V) = -5.00000000E-10
offset1 (A) = 0.00000000E+0
offset2 (A) = 1.17297211E-13
Gain Setting = 1
show derived signals = TRUE
[TCPLogger]
Averaging = 1
Channels = "Current (A)++Vert. Deflection (V)++Horiz. Deflection (V)++Intensity (V)++Laser power mon. (V)++Input 6 (V)++Input 7 (V)++Input 8 (V)++Bias (V)++Laser Setpoint (V)++Output 3 (V)++Output 4 (V)++X (m)++Y (m)++Z (m)++Output 8 (V)++Fast Output 1 (V)++OC D1 Phase (deg)++OC D1 Amplitude (m)++OC M1 Freq. Shift (Hz)++OC M1 Excitation (V)++OC D1 X (m)++OC D1 Y (m)++OC D2 Phase (deg)\0D\0A"
Duration (ms) = 0
Mode = "Continuous"
[OC4-Digital]
CH 1: on (deg) = 0.000000E+0
CH 1: off (deg) = 0.000000E+0
CH 1: Lock difference = FALSE
CH 2: on (deg) = 0.000000E+0
CH 2: off (deg) = 0.000000E+0
CH 2: Lock difference = FALSE
[Laser Module]
Laser Setpoint = 1.000000E+0
Setp Slide min = 0.000000E+0
Setp Slide max = 1.000000E+1
Laser on/off = FALSE
Power slide min = 0.000000E+0
Power slide max = 1.000000E+1
[LSM A/B]
Line Scan Monitor: Channel = "Z (m)"
Line Scan Monitor: Channel.RingIndex = 1
Line Scan Monitor: Processing = "Subtract average"
Line Scan Monitor: Lines = "1"
Line Scan Monitor: Lines.RingIndex = 0
Line Scan Monitor: Plot.Color.0 = 3381759
Line Scan Monitor: Plot.Color.1 = 16777215
Line Scan Monitor: Show Bwd = FALSE
Line Scan Monitor: Show Fwd = TRUE
Line Scan Monitor: LooseFit X = FALSE
Line Scan Monitor: ScaleFit.Y = TRUE
Line Scan Monitor: Auto-Update = TRUE
Line Scan Monitor: Crsr.Type = "x_y"
Line Scan Monitor: Crsr.Show = TRUE
Line Scan Monitor: Crsr.Ind.Pos = "Bm.R"
[DataLogger]
DataLogger: Averaging = 10
DataLogger: Channels = ""
DataLogger: Duration (ms) = 0
DataLogger: Mode = "Continuous"
DataLogger: Basename = "DataLogger"
DataLogger: Comment = ""
DataLogger: Par. to Save = ""
[Bias]
BiasSlide:Max (V) = 1.000000E+1
BiasSlide:Min (V) = -1.000000E+1
BiasSlide:Value (V) = -5.000000E-1
Calib_1 = 1.000000E+0
Calib_2 = 1.000000E-1
Offset_1 = 0.000000E+0
Offset_2 = 0.000000E+0
Range = 0
BiasPulse: visible = TRUE
BiasPulse width (s) = 5.000000E-2
BiasPulse voltage (V) = -8.000000E+0
BiasPulse: abs/rel = FALSE
BiasPulse: hold Z Ctrl = TRUE
[Input 6]
ChannelName = "Input 6"
Unit = "V"
Calibration = 1.000000E+0
Offset = 0.000000E+0
Slide min.0 = 1.000000E-39
Slide min.1 = -4.574466E-3
Slide max.0 = 1.000000E-39
Slide max.1 = -4.574466E-3
Preamp Type = "- Select -"
Preamp Type.RingIndex = 0
Preamp Gain = ""
Preamp Gain.RingIndex = 0
Preamp Factor 2 = 1.000000E+0
Preamp Offset = 0.000000E+0
[Input 8]
ChannelName = "Input 8"
Unit = "V"
Calibration = 1.000000E+0
Offset = 0.000000E+0
Slide min.0 = 5.056572E-5
Slide min.1 = 1.000000E-39
Slide max.0 = 5.056572E-5
Slide max.1 = 1.000000E-39
Preamp Type = "- Select -"
Preamp Type.RingIndex = 0
Preamp Gain = ""
Preamp Gain.RingIndex = 0
Preamp Factor 2 = 1.000000E+0
Preamp Offset = 0.000000E+0
[Input 7]
ChannelName = "Input 7"
Unit = "V"
Calibration = 1.000000E+0
Offset = 0.000000E+0
Slide min.0 = 1.000000E-39
Slide min.1 = -5.225067E-4
Slide max.0 = 1.000000E-39
Slide max.1 = -5.225067E-4
Preamp Type = "- Select -"
Preamp Type.RingIndex = 0
Preamp Gain = ""
Preamp Gain.RingIndex = 0
Preamp Factor 2 = 1.000000E+0
Preamp Offset = 0.000000E+0
[Atom Tracking]
Frequency (Hz) = 1.000000E+1
Amplitude (m) = 1.000000E-10
Phase (deg) = 0.000000E+0
Demod. Signal v3 = "Z (m)"
Demod. Signal v3.RingValue = 30.000000
Integral (m/(UNIT/m)/s) = 5.700000E-10
IntegralSlide:Min = 1.000000E-11
IntegralSlide:Max = 1.000000E-8
Drift measure time (s) = 6.000000E+1
Switch off delay (s) = 0.000000E+0
Max. Speed (Amp/s) = 1.000000E+0
[Approach]
Approach: Number of Pulses = 3
Approach: Relative Target = 1.00000000E-3
Approach: Delay after moving (s) = 5.000000E-1
Approach: Approach Direction = 0
Approach: Stop condition (%) Safe = 0.000000E+0
Approach: Z threshold (%) Fast = 5.000000E+0
Approach: Z tolerance (%) = 5.000000E+0
Approach: Withdraw when landed = FALSE
Approach: Approach mode = "Safe"
Approach: Approach mode.RingIndex = 0
Approach: Averaging samples Safe = 5
Approach: Show advanced = FALSE
Approach with Lockin: Stop condition (%) = 0.000000E+0
Approach with Lockin: Z tolerance (%) = 5.000000E+0
Approach with Lockin: Averaging samples = 5
Approach with Lockin: Amplitude (V) = 1.000000E-1
Approach with Lockin: Frequency (Hz) = 1.00000000E+3
Approach with Lockin: AC Current (A) = 1.000000E-11
Approach with Lockin: AC Current Comparison = ">"
Approach with Lockin: DC Current (A) = 1.000000E-9
Approach with Lockin: DC Current Comparison = ">"
Approach with Lockin: AC Change/Step (A) = Inf
Approach with Lockin: AC Change/Step Comparison = ">"
[BeamDeflection]
Laser = FALSE
Intensity: Channel Name = "Intensity"
Intensity: SI-Unit = "V"
Intensity: Calibration = 1.000000E+0
Intensity: Offset = 0.000000E+0
Horizontal: Channel Name = "Horiz. Deflection"
Horizontal: SI-Unit = "V"
Horizontal: Calibration = 1.000000E+0
Horizontal: Offset = 0.000000E+0
Vertical: Channel Name = "Vert. Deflection"
Vertical: SI-Unit = "V"
Vertical: Calibration = 1.000000E+0
Vertical: Offset = 0.000000E+0
VDefl Corr enable = FALSE
VDefl corr X = 0.000000E+0
VDefl corr Y = 0.000000E+0
IntensityScaleMinimum = -1.000000E+1
IntensityScaleMaximum = 1.000000E+1
XScaleMinimum = -20.455506E-3
XScaleMaximum = 20.455506E-3
YScaleMinimum = -7.504463E-3
YScaleMaximum = 7.504463E-3
XScalePrecision = 2
YScalePrecision = 2
[OscillationControl-2]
OC1 AMP = "D1 Amplitude"
OC1 AMP.RingValue = 8.000000
OC1 PHA = "D1 Phase"
OC1 PHA.RingValue = 9.000000
OC1 EXC = "M1 Excitation"
OC1 EXC.RingValue = 13.000000
OC1 FRQ = "M1 Freq. Shift"
OC1 FRQ.RingValue = 12.000000
OC1 AUX1 = "Feedback Sig."
OC1 AUX1.RingValue = 16.000000
OC1 AUX2 = "Bias DC+AC"
OC1 AUX2.RingValue = 18.000000
OC2 AMP = "D2 Amplitude"
OC2 AMP.RingValue = 10.000000
OC2 PHA = "D2 Phase"
OC2 PHA.RingValue = 11.000000
OC2 EXC = "M2 Excitation"
OC2 EXC.RingValue = 15.000000
OC2 FRQ = "M2 Freq. Shift"
OC2 FRQ.RingValue = 14.000000
OC2 AUX1 = "D1 X"
OC2 AUX1.RingValue = 0.000000
OC2 AUX2 = "D1 Y"
OC2 AUX2.RingValue = 1.000000
Demod 3 RT signals = "R/phi"
Demod 3 RT signals.RingValue = 0.000000
Demod 4 RT signals = "R/phi"
Demod 4 RT signals.RingValue = 0.000000
Keep showing Controllers Switch = FALSE
Keep showing Setpoint = FALSE
[Output 4]
Output mode = 0
ChannelName = "Output 4"
Unit = "V"
O:Calibration = 1.000000E+0
O:Offset = 0.000000E+0
M:Calibration = 1.800000E+1
M:Offset = 0.000000E+0
C:Calibration = 1.000000E+0
C:Offset = 0.000000E+0
Value = 0.000000E+0
M:Channel = "Current (A)"
M:Channel.RingIndex = 0
M:Lock calib = FALSE
C: Signal 1 = "Current (A)"
C: Signal 1.RingIndex = 0
C: Operation = "none"
C: Signal 2 = "Current (A)"
C: Signal 2.RingIndex = 0
C: Output Name = ""
M:Slide min = -1.800000E+2
M:Slide max = 1.800000E+2
O:Slide min = -1.000000E+1
O:Slide max = 1.000000E+1
Slew Rate = 1.00000000E+1
High Limit = 1.000000E+1
Low Limit = -1.000000E+1
High Limit (V) = 1.000000E+1
Low Limit (V) = -1.000000E+1
Calc. Signal:Channel1 = "In 1"
Calc. Signal:Channel1.RingIndex = 0
Calc. Signal:Channel2 = "In 1"
Calc. Signal:Channel2.RingIndex = 0
Calc. Signal:Channel3 = "In 1"
Calc. Signal:Channel3.RingIndex = 0
Calc. Signal:Channel4 = "In 1"
Calc. Signal:Channel4.RingIndex = 0
Calc. Signal:Ring1 = "None"
Calc. Signal:Ring1.RingIndex = 0
Calc. Signal:Ring2 = "None"
Calc. Signal:Ring2.RingIndex = 0
Calc. Signal:Ring3 = "None"
Calc. Signal:Ring3.RingIndex = 0
Calc. Signal:Ring4 = "None"
Calc. Signal:Ring4.RingIndex = 0
Calc. Signal:Value1 = 0.000000E+0
Calc. Signal:Value2 = 0.000000E+0
Calc. Signal:Value3 = 0.000000E+0
Calc. Signal:Value4 = 0.000000E+0
[Output 3]
Output mode = 0
ChannelName = "Output 3"
Unit = "V"
O:Calibration = 1.000000E+0
O:Offset = 0.000000E+0
M:Calibration = 1.800000E+1
M:Offset = 0.000000E+0
C:Calibration = 1.000000E+0
C:Offset = 0.000000E+0
Value = 0.000000E+0
M:Channel = "Current (A)"
M:Channel.RingIndex = 0
M:Lock calib = FALSE
C: Signal 1 = "Current (A)"
C: Signal 1.RingIndex = 0
C: Operation = "none"
C: Signal 2 = "Current (A)"
C: Signal 2.RingIndex = 0
C: Output Name = ""
M:Slide min = -1.800000E+2
M:Slide max = 1.800000E+2
O:Slide min = -1.000000E+1
O:Slide max = 1.000000E+1
Slew Rate = 1.00000000E+1
High Limit = 1.000000E+1
Low Limit = -1.000000E+1
High Limit (V) = 1.000000E+1
Low Limit (V) = -1.000000E+1
Calc. Signal:Channel1 = "In 1"
Calc. Signal:Channel1.RingIndex = 0
Calc. Signal:Channel2 = "In 1"
Calc. Signal:Channel2.RingIndex = 0
Calc. Signal:Channel3 = "In 1"
Calc. Signal:Channel3.RingIndex = 0
Calc. Signal:Channel4 = "In 1"
Calc. Signal:Channel4.RingIndex = 0
Calc. Signal:Ring1 = "None"
Calc. Signal:Ring1.RingIndex = 0
Calc. Signal:Ring2 = "None"
Calc. Signal:Ring2.RingIndex = 0
Calc. Signal:Ring3 = "None"
Calc. Signal:Ring3.RingIndex = 0
Calc. Signal:Ring4 = "None"
Calc. Signal:Ring4.RingIndex = 0
Calc. Signal:Value1 = 0.000000E+0
Calc. Signal:Value2 = 0.000000E+0
Calc. Signal:Value3 = 0.000000E+0
Calc. Signal:Value4 = 0.000000E+0
[Fast Output 1]
Output mode = 0
ChannelName = "Fast Output 1"
Unit = "V"
O:Calibration = 1.000000E+0
O:Offset = 0.000000E+0
M:Calibration = 1.000000E+0
M:Offset = 0.000000E+0
C:Calibration = 1.000000E+0
C:Offset = 0.000000E+0
Value = 0.000000E+0
M:Channel = "Current (A)"
M:Channel.RingIndex = 0
M:Lock calib = FALSE
C: Signal 1 = "Current (A)"
C: Signal 1.RingIndex = 0
C: Operation = "none"
C: Signal 2 = "Current (A)"
C: Signal 2.RingIndex = 0
C: Output Name = ""
M:Slide min = -1.000000E+1
M:Slide max = 1.000000E+1
O:Slide min = -1.000000E+1
O:Slide max = 1.000000E+1
Slew Rate = 1.00000000E+1
High Limit = 1.000000E+1
Low Limit = -1.000000E+1
High Limit (V) = 1.000000E+1
Low Limit (V) = -1.000000E+1
Calc. Signal:Channel1 = "In 1"
Calc. Signal:Channel1.RingIndex = 0
Calc. Signal:Channel2 = "In 1"
Calc. Signal:Channel2.RingIndex = 0
Calc. Signal:Channel3 = "In 1"
Calc. Signal:Channel3.RingIndex = 0
Calc. Signal:Channel4 = "In 1"
Calc. Signal:Channel4.RingIndex = 0
Calc. Signal:Ring1 = "None"
Calc. Signal:Ring1.RingIndex = 0
Calc. Signal:Ring2 = "None"
Calc. Signal:Ring2.RingIndex = 0
Calc. Signal:Ring3 = "None"
Calc. Signal:Ring3.RingIndex = 0
Calc. Signal:Ring4 = "None"
Calc. Signal:Ring4.RingIndex = 0
Calc. Signal:Value1 = 0.000000E+0
Calc. Signal:Value2 = 0.000000E+0
Calc. Signal:Value3 = 0.000000E+0
Calc. Signal:Value4 = 0.000000E+0
[Output 8]
Output mode = 0
ChannelName = "Output 8"
Unit = "V"
O:Calibration = 1.000000E+0
O:Offset = 0.000000E+0
M:Calibration = 1.800000E+1
M:Offset = 0.000000E+0
C:Calibration = 1.000000E+0
C:Offset = 0.000000E+0
Value = 0.000000E+0
M:Channel = "Current (A)"
M:Channel.RingIndex = 0
M:Lock calib = FALSE
C: Signal 1 = "Current (A)"
C: Signal 1.RingIndex = 0
C: Operation = "none"
C: Signal 2 = "Current (A)"
C: Signal 2.RingIndex = 0
C: Output Name = ""
M:Slide min = -1.800000E+2
M:Slide max = 1.800000E+2
O:Slide min = -1.000000E+1
O:Slide max = 1.000000E+1
Slew Rate = 1.00000000E+1
High Limit = 1.000000E+1
Low Limit = -1.000000E+1
High Limit (V) = 1.000000E+1
Low Limit (V) = -1.000000E+1
Calc. Signal:Channel1 = "In 1"
Calc. Signal:Channel1.RingIndex = 0
Calc. Signal:Channel2 = "In 1"
Calc. Signal:Channel2.RingIndex = 0
Calc. Signal:Channel3 = "In 1"
Calc. Signal:Channel3.RingIndex = 0
Calc. Signal:Channel4 = "In 1"
Calc. Signal:Channel4.RingIndex = 0
Calc. Signal:Ring1 = "None"
Calc. Signal:Ring1.RingIndex = 0
Calc. Signal:Ring2 = "None"
Calc. Signal:Ring2.RingIndex = 0
Calc. Signal:Ring3 = "None"
Calc. Signal:Ring3.RingIndex = 0
Calc. Signal:Ring4 = "None"
Calc. Signal:Ring4.RingIndex = 0
Calc. Signal:Value1 = 0.000000E+0
Calc. Signal:Value2 = 0.000000E+0
Calc. Signal:Value3 = 0.000000E+0
Calc. Signal:Value4 = 0.000000E+0
[Z Spectroscopy]
Delta Z = -1.100000E-9
Sweep distance (m) = -1.100000E-9
Num Pixel = 250
Integration time (s) = 6.500000E-3
1st Settling time (s) = 5.000000E-4
Settling time (s) = 5.000000E-4
End Settling time (s) = 5.000000E-4
Z Avg time (s) = 2.500000E-2
backward sweep = TRUE
Delay FwdBwd (s) = 0.000000E+0
Lockin run = FALSE
TipLift (m) = 3.000000E-10
SafeTip Retract = FALSE
Retract signal v2 = "OC M1 Freq. Shift (Hz)"
Retract signal v2.RingValue = 76.000000
Retract comparison = FALSE
Retract threshold = -10.000000E-9
Number of sweeps = 1
Z control time (s) = 1.000000E-4
Max slew rate (m/s) = Inf
Record final Z pos = FALSE
Channels = "OC M1 Freq. Shift (Hz)\0D\0A"
Save-Basename = "20230831_repulsive_PtSe2_atom_300pm_"
Save Dialog = FALSE
Save Auto = FALSE
Crsr.Type = "x_y"
Crsr.Show = TRUE
Crsr.Ind.Pos = "Bm.R"
Par. to save = ""
Save comment = ""
Save.Path = "/E/LT-STM_2020-202x_Nanonis/Rh(111)c"
Save.Basename = "20230831_repulsive_PtSe2_atom_300pm_"
Show newest only = TRUE
Reset Z at the end = TRUE
Step Size = 4.417671E-12
Points Mode = "Points Number"
Retract signal 2 = "OC M1 Freq. Shift (Hz)"
Retract signal 2.RingIndex = 19
Retract comparison 2 = FALSE
Retract threshold 2 = 0.000000E+0
Retract 2nd Condition = "- No -"
Retract 2nd Condition.RingIndex = 0
[Bias Spectroscopy]
Sweep Min = -2.000000E+0
Sweep Max = 2.000000E+0
Num Pixel = 250
Integration time (s) = 6.500000E-3
1st Settling time (s) = 5.000000E-4
Settling time (s) = 5.000000E-4
End Settling time (s) = 5.000000E-4
Z Avg time (s) = 2.500000E-2
backward sweep = FALSE
Reset Bias = TRUE
Record final Z pos = FALSE
Z-controller hold = TRUE
Lockin run = FALSE
TipLift (m) = 0.000000E+0
Alt Z-Ctrl Setpoint on/off = FALSE
Alt Z-Ctrl Setpoint value = 0.000000E+0
Alt Z-Ctrl Setpoint Settling time (s) = 1.000000E-3
Number of sweeps = 1
Z control time (s) = 1.000000E-1
Max Slew rate (V/s) = Inf
Channels = "Current (A)\0D\0A"
TTL Sync: on/off = FALSE
TTL Sync: DIO Line = "HS Out 3"
TTL Sync: Polarity = "High Active"
TTL Sync: Time to on (s) = 0.000000E+0
TTL Sync: On duration (s) = 0.000000E+0
Crsr.Type = "x_y"
Crsr.Show = TRUE
Crsr.Ind.Pos = "Bm.R"
Save Dialog = FALSE
Save Auto = TRUE
Par. to save = ""
Save comment = ""
Save-Basename = "Bias-Spectroscopy"
Save.Path = "/E/LT-STM_2020-202x_Nanonis/Rh(111)c"
Show newest only = FALSE
Points Mode = "Points Number"
Step Size = 1.606426E-2
Bias Mode = "Linear"
MLS Settings: Segment Start (V), Segment End (V), Settling (s), Integration (s), Steps (xn), Lockin, Init. Settling (s) = "-1E+0,1E+0,50E-6,50E-6,64,0E+0,0E+0"
Lockin per segment = FALSE
[External Device 1]
IP = ""
port number = 3363
vi name = ""
Read (ms) = 150
Out1 Enable = FALSE
Out2 Enable = FALSE
Out3 Enable = FALSE
Out4 Enable = FALSE
Inp1 Enable = FALSE
Inp2 Enable = FALSE
Inp3 Enable = FALSE
Inp4 Enable = FALSE
Out1 Name = "Device1 Output1"
Out2 Name = "Device1 Output2"
Out3 Name = "Device1 Output3"
Out4 Name = "Device1 Output4"
Inp1 Name = "Device1 Input1"
Inp2 Name = "Device1 Input2"
Inp3 Name = "Device1 Input3"
Inp4 Name = "Device1 Input4"
Out1 Unit = "V"
Out2 Unit = "V"
Out3 Unit = "V"
Out4 Unit = "V"
Inp1 Unit = "V"
Inp2 Unit = "V"
Inp3 Unit = "V"
Inp4 Unit = "V"
Out1 HighLimit = 1.000000E+1
Out2 HighLimit = 1.000000E+1
Out3 HighLimit = 1.000000E+1
Out4 HighLimit = 1.000000E+1
Inp1 HighLimit = 1.000000E+1
Inp2 HighLimit = 1.000000E+1
Inp3 HighLimit = 1.000000E+1
Inp4 HighLimit = 1.000000E+1
Out1 LowLimit = -1.000000E+1
Out2 LowLimit = -1.000000E+1
Out3 LowLimit = -1.000000E+1
Out4 LowLimit = -1.000000E+1
Inp1 LowLimit = -1.000000E+1
Inp2 LowLimit = -1.000000E+1
Inp3 LowLimit = -1.000000E+1
Inp4 LowLimit = -1.000000E+1
[Custom View Configuration for Outputs]
Custom 1 Name = "Custom 1"
Custom 2 Name = "Custom 2"
Custom 3 Name = "Custom 3"
Custom 1 Configuration = "3;-1;-1;-1;-1;-1;-1;-1;-1;-1;-1;-1\0D\0A"
Custom 2 Configuration = "4;-1;-1;-1;-1;-1;-1;-1;-1;-1;-1;-1\0D\0A"
Custom 3 Configuration = "8;-1;-1;-1;-1;-1;-1;-1;-1;-1;-1;-1\0D\0A"
[Custom View Configuration for Inputs]
Custom 1 Name = "Custom 1"
Custom 2 Name = "Custom 2"
Custom 3 Name = "Custom 3"
Custom 1 Configuration = "6;-1;-1;-1;-1;-1;-1;-1;-1;-1;-1;-1\0D\0A"
Custom 2 Configuration = "7;-1;-1;-1;-1;-1;-1;-1;-1;-1;-1;-1\0D\0A"
Custom 3 Configuration = "8;-1;-1;-1;-1;-1;-1;-1;-1;-1;-1;-1\0D\0A"