Calculations (CALCulate)

 

Command

Data
(for a query, response data)

Explanation

[When using MR8740 compatibility mode]
:ACCOunt A$,B,C$,D

[When using MR6000 compatibility mode]
:ACCOunt A,B,C$,D

A$ = NO2 to NO108 (Calculation No. to be set)
A = 2 to 108 (Calculation No. to be set)
B = 1 to 107 (Calculation No. 1 used for making the four arithmetic operations)
C$ = PLUS, MINUs, MULT, DIV
D = 1 to 107 (Calculation No. 2 used for making the four arithmetic operations)

Set an arithmetic operator

[When using MR8740 compatibility mode]
:ACCOunt? A$

[When using MR6000 compatibility mode]
:ACCOunt? A

[When using MR8740 compatibility mode]
A$,B<NR1>,C$,D<NR1>

[When using MR6000 compatibility mode]
A<NR1>,B<NR1>,C$,D<NR1>

Query an arithmetic operator

[When using MR8740 compatibility mode]
:ACCUmu A$,B$

[When using MR6000 compatibility mode]
:ACCUmu A,B$

A$ = NO1 to NO108
A = 1 to 108 (Calculation No.)
B$ = SUM, ABS, POS, NEG

Set a integration processing

[When using MR8740 compatibility mode]
:ACCUmu? A$

[When using MR6000 compatibility mode]
:ACCUmu? A

[When using MR8740 compatibility mode]
A$,B$

[When using MR6000 compatibility mode]
A<NR1>,B$

Query a integration processing

:ANSCase A$

A$ = A_MR8847, A_MR8740

Set the answer format for the numerical calculation result

:ANSCase?

A$

Query the answer format for the numerical calculation result

[When using MR8740 compatibility mode]
:ANSWer? A$

[When using MR6000 compatibility mode]
:ANSWer? A,B$

[When using MR8740 compatibility mode]
A$,D (If the answer format is MR8847)
A$,C$,D (If the answer format is MR8740)

[When using MR6000 compatibility mode]
A<NR1>,B$,C$,D

A$ = NO1~NO108
A = 1 to 108 (Calculation No.)
B$ = CH1_1 to CH27_4, L25A1 to L27D4, Z1 to Z16, XY, OPE, ANG
C$ = OFF, AVE, RMS, PP, MAX, MAXT, MIN, MINT, PERI, FREQ, RISE, FALL, STD, AREA, XYARea, LEVEl, TIME, PWIDth, DUTY, PCOUnt, CALC, DIFF, PHASe, HI, LOW, MIDdle, AMPlitude, OVSHoot, UNSHoot, WIDPos, WIDNeg, BURSt, ACCUmulate, ANGLe
D = Calculation result (unless C$ = OFF), NONE (when no calculation result can be obtained)

Query a calculation result

:AVERage? A$,B,C(,D$)

E = Calculation result or NONE (when no calculation result can be obtained)

A$ = CH1_1 to CH27_4, Z1 to Z16
B = Calculation start position (s)
C = Calculation end position (s)
D$ = NO1 to NO108, MNO1 to MNO108

Query the average value over the specified range

:BCH A,B$

A = 1 to 108 (Calculation No.)
B$ = CH1_1 to CH27_4, L25A1 to L27D4, Z1 to Z16

Set the channels for conducting numerical calculations

:BCH? A

A<NR1>,B$

Query for the channels that will be used for conducting numerical calculations

[When using MR8740 compatibility mode]
:BLEVel A$,B,C

[When using MR6000 compatibility mode]
:BLEVel A,B,C

A$ = NO1 to NO108
A = 1 to 108 (Calculation No.)
B = -9.9999E+29 to +9.9999E+29
C = -9.9999E+29 to +9.9999E+29

Set a burst judgement

[When using MR8740 compatibility mode]
:BLEVel? A$

[When using MR6000 compatibility mode]
:BLEVel? A

[When using MR8740 compatibility mode]
A$,B,C

[When using MR6000 compatibility mode]
A<NR1>,B,C

Query a burst judgement

[When using MR8740 compatibility mode]
:BURStend A$,B

[When using MR6000 compatibility mode]
:BURStend A,B

A$ = NO1 to NO108
A = 1 to 108 (Calculation No.)
B = 0, 10, 20, 50, 100, 150, 200, 250, 500, 1000, 2000, 5000, 10000 (Filtering points)

Set a burst-end filter

[When using MR8740 compatibility mode]
:BURStend? A$

[When using MR6000 compatibility mode]
:BURStend? A

[When using MR8740 compatibility mode]
A$,B<NR1>

[When using MR6000 compatibility mode]
A<NR1>,B<NR1>

Query a burst-end filter

:CALCArea A$

A$ = ALL, A_B, C_D (When using MR8740 compatibility mode)
A$ = WHOLe, A, B (When using MR6000 compatibility mode)

Select area setting for waveform calculations

:CALCArea?

A$

Query area setting for waveform calculations

[When using MR8740 compatibility mode]
:COMP A$,B$

[When using MR6000 compatibility mode]
:COMP A,B$

A$ = NO1 to NO108
A = 1 to 108 (Calculation No.)
B$ = OFF, ON

Set a calculation comparator state

[When using MR8740 compatibility mode]
:COMP? A$

[When using MR6000 compatibility mode]
:COMP? A

[When using MR8740 compatibility mode]
A$,B$

[When using MR6000 compatibility mode]
A<NR1>,B$

Query a calculation comparator state

[When using MR8740 compatibility mode]
:COMPArea A$,B,C

[When using MR6000 compatibility mode]
:COMPArea A,B,C

A$ = NO1 to NO108
A = 1 to 108 (Calculation No.)
B = -9.9999E+29 to +9.9999E+29
C = -9.9999E+29 to +9.9999E+29

Set comparator thresholds for a numerical calculation

[When using MR8740 compatibility mode]
:COMPArea? A$

[When using MR6000 compatibility mode]
:COMPArea? A

[When using MR8740 compatibility mode]
A$,B,C

[When using MR6000 compatibility mode]
A<NR1>,B,C

Query comparator thresholds for a numerical calculation

[When using MR8740 compatibility mode]
:COMPJudge? A$

[When using MR6000 compatibility mode]
:COMPJudge? A (A = 0)
:COMPJudge? A,B$ (A ≠ 0)

[When using MR8740 compatibility mode]
A$,C$,D$ (A$ ≠ ALL)
A$,D$ (A$ = ALL)

[When using MR6000 compatibility mode]
A<NR1>,B$,C$,D$ (A ≠ 0)
A<NR1>,D$ (A = 0)

A$ = ALL, NO1 to NO108
A = 0 to 108 (Calculation number, 0 indicates ALL)
B$ = CH1_1 to CH27_4, L25A1 to L27D4, Z1 to Z16, XY, OPE, ANG
C$ = OFF, AVE, RMS, PP, MAX, MAXT, MIN, MINT, PERI, FREQ, RISE, FALL, STD, AREA, XYARea, LEVEl, TIME, PWIDth, DUTY, PCOUnt, CALC, DIFF, PHASe, HI, LOW, MIDdle, AMPlitude, OVSHoot, UNSHoot, WIDPos, WIDNeg, BURSt, ACCUmulate, ANGLe
D$ = GO, NG, * (No judgment) (When using MR8740 compatibility mode)
D$ = PASS, FAIL, * (No judgment) (When using MR6000 compatibility mode)

Query the comparison result of a numerical calculation

:COMPStop A$

A$ = GO, NG, G_N (When using MR8740 compatibility mode)
A$ = PASS, FAIL, BOTH (When using MR6000 compatibility mode)

Set calculation comparator judgment to stop measurement

:COMPStop?

A$

Query calculation comparator judgment to stop measurement

:DANSwer? A$

A$,C (If the answer format is MR8847)
A$,B$,C (If the answer format is MR8740)

A$ = NO1 to NO108
B$ = OFF, AVE, RMS, PP, MAX, MAXT, MIN, MINT, PERI, FREQ, RISE, FALL, STD, AREA, XYARea, LEVEl, TIME, PWIDth, DUTY, PCOUnt, CALC, DIFF, PHASe, HI, LOW, MIDdle, AMPlitude, OVSHoot, UNSHoot, WIDPos, WIDNeg, BURSt, ACCUmulate, ANGLe
C = Calculation result (unless B$ = OFF), NONE (when no calculation result can be obtained)

Query a calculation result (nine significant figures)

[When using MR8740 compatibility mode]
:ENABle A$,B$,C$

[When using MR6000 compatibility mode]
:ENABle A,B$,C$

A$ = NO1 to NO108
A = 1 to 108 (Calculation No.)
B$ = CH1_1 to CH27_4, L25A1 to L27D4, Z1 to Z16
C$ = OFF, ON

Set calculation channels on/off status

[When using MR8740 compatibility mode]
:ENABle? A$,B$

[When using MR6000 compatibility mode]
:ENABle? A,B$

[When using MR8740 compatibility mode]
A$,B$,C$

[When using MR6000 compatibility mode]
A<NR1>,B$,C$

Query the on/off status of calculation channels

:FACTor A$,B

A$ = A to P
B = -9.9999E+29 to +9.9999E+29

Set waveform calculation factor (constant) A to P

:FACTor? A$

A$,B

Query waveform calculation factor (constant) A to P

[When using MR8740 compatibility mode]
:JUDGe? A$

[When using MR6000 compatibility mode]
:JUDGe? A (A = 0)
:JUDGe? A,B$ (A ≠ 0)

[When using MR8740 compatibility mode]
A$,D$

[When using MR6000 compatibility mode]
A<NR1>,B$,C$,D$ (A ≠ 0)
A<NR1>,D$ (A = 0)

A$ = ALL, NO1 to NO108
A = 0 to 108 (Calculation number, 0 indicates ALL)
B$ = CH1_1 to CH27_4, L25A1 to L27D4, Z1 to Z16, XY, OPE, ANG
C$ = OFF, AVE, RMS, PP, MAX, MAXT, MIN, MINT, PERI, FREQ, RISE, FALL, STD, AREA, XYARea, LEVEl, TIME, PWIDth, DUTY, PCOUnt, CALC, DIFF, PHASe, HI, LOW, MIDdle, AMPlitude, OVSHoot, UNSHoot, WIDPos, WIDNeg, BURSt, ACCUmulate, ANGLe
D = 0:no comp , 1:GO , 2:NG
D$ = PASS, FAIL, * (No judgment)

Query the comparison result of a numerical calculation

:MBCH A$(,B$),C$(,D)

A$ = NO1 to NO108
B$ = L25 to L27
C$ = CH1_1 to CH27_4, Z1 to Z16, CHA to CHD
D = 1 to 4

Set B phenomenon channel for a numerical calculation (for MR8740 compatibility)

:MBCH? A$

A$,C$
A$,B$,C$,D<NR1> (C$ is logic channel)

Query B phenomenon channel for a numerical calculation (for MR8740 compatibility)

:MBFILter A$,B

A$ = NO1 to NO108
B = 0(OFF), 0.1, 0.2, 0.5, 1.0, 1.5, 2.0, 2.5, 5.0, 10.0, 20.0, 50.0, 100.0

Set B phenomenon filtering for a numerical calculation (for MR8740 compatibility)

:MBFILter? A$

A$,B<NR2>

Query B phenomenon filtering for a numerical calculation (for MR8740 compatibility)

:MBLEVel A$,B

A$ = NO1 to NO108
B = -9.9999E+29 to 9.9999E+29

Set B phenomenon level for a numerical calculation (for MR8740 compatibility)

:MBLEVel? A$

A$,B

Query B phenomenon level for a numerical calculation (for MR8740 compatibility)

:MBSLOpe A$,B$

A$ = NO1 to NO108
B$ = UP,DOWN

Set B phenomenon slope for a numerical calculation (for MR8740 compatibility)

:MBSLOpe? A$

A$,B$

Query B phenomenon slope for a numerical calculation (for MR8740 compatibility)

[When using MR8740 compatibility mode]
:MEASArea B$

[When using MR6000 compatibility mode]
:MEASArea A,B$

A = 1 to 108 (Calculation No.)
B$ = ALL, A_B, C_D, TRIG (When using MR8740 compatibility mode)
B$ = WHOLe, A, B, TRIG (When using MR6000 compatibility mode)

Select area (interval) setting for numerical calculations

[When using MR8740 compatibility mode]
:MEASArea?

[When using MR6000 compatibility mode]
:MEASArea? A

[When using MR8740 compatibility mode]
B$

[When using MR6000 compatibility mode]
A<NR1>,B$

Query area (interval) setting for numerical calculations

[When using MR8740 compatibility mode]
:MEASFsave A$(,B$,C$,D$)

[When using MR6000 compatibility mode]
:MEASFsave A$

A$ = OFF, ON
B$ = NEW, EXISt
C$ = Save path
D$ = Save file name

Set auto-saving of calculation results

:MEASFsave?

[When using MR8740 compatibility mode]
A$(,B$,C$,D$)

[When using MR6000 compatibility mode]
A$

Query auto-saving of calculation results

[When using MR8740 compatibility mode]
:MEASSet A$,B$ (B$ = OFF, CALC)
:MEASSet A$,B$,D$ (B$ ≠ OFF, CALC, XYAREA, ANGLE)
:MEASSet A$,B$,D$,E$ (B$ = XYAREA, ANGLE)
:MEASSet A$,B$,C$,D$,F (If calculating the logic channel)

[When using MR6000 compatibility mode]
:MEASSet A,B$

A$ = NO1 to NO108
A = 1 to 108 (Calculation No.)
B$ = OFF, AVE, RMS, PP, MAX, MAXT, MIN, MINT, PERI, FREQ, RISE, FALL, STD, AREA, XYARea, LEVEl, TIME, PWIDth, DUTY, PCOUnt, CALC, DIFF, PHASe, HI, LOW, MIDdle, AMPlitude, OVSHoot, UNSHoot, WIDPos, WIDNeg, BURSt, ACCUmulate, ANGLe
C$ = L25 to L27
D$, E$ = CH1_1 to CH27_4, CHA to CHD, Z1 to Z16
F = 1 to 4 (Logic channel number)

Specify the function and channel(s) for a numerical calculation

[When using MR8740 compatibility mode]
:MEASSet? A$

[When using MR6000 compatibility mode]
:MEASSet? A

[When using MR8740 compatibility mode]
A$,B$ (B$ = OFF, CALC)
A$,B$,D$ (B$ ≠ OFF, CALC, XYAREA, ANGLE)
A$,B$,D$,E$ (B$ = XYAREA, ANGLE)
A$,B$,C$,D$,F<NR1> (If calculating the logic channel)

[When using MR6000 compatibility mode]
A<NR1>,B$

Query the function and channel(s) for a numerical calculation

:MEASure A$

A$ = OFF, ON, EXEC, MEMEXEC

Set execution of numerical calculations

:MEASure?

A$

Query execution of numerical calculations

[When using MR8740 compatibility mode]
:MFILter A$,C

[When using MR6000 compatibility mode]
:MFILter A,B$,C

A$ = NO1 to NO108
A = 1 to 108 (Calculation No.)
B$ = OBJect, BASE
C = 0, 0.1, 0.2, 0.5, 1.0, 1.5, 2.0, 2.5, 5.0, 10.0, 20.0, 50.0, 100.0 (Filtering div) (When using MR8740 compatibility mode)
C = 0, 10, 20, 50, 100, 150, 200, 250, 500, 1000, 2000, 5000, 10000 (Filtering points) (When using MR6000 compatibility mode)

Set filtering for a numerical calculation

[When using MR8740 compatibility mode]
:MFILter? A$

[When using MR6000 compatibility mode]
:MFILter? A,B$

[When using MR8740 compatibility mode]
A$,C<NR2>

[When using MR6000 compatibility mode]
A<NR1>,B$,C<NR1>

Query filtering for a numerical calculation

[When using MR8740 compatibility mode]
:MLEVel A$,C

[When using MR6000 compatibility mode]
:MLEVel A,B$,C

A$ = NO1 to NO108
A = 1 to 108 (Calculation No.)
B$ = OBJect, BASE
C = Level

Set the level for a numerical calculation

[When using MR8740 compatibility mode]
:MLEVel? A$

[When using MR6000 compatibility mode]
:MLEVel? A,B$

[When using MR8740 compatibility mode]
A$,C

[When using MR6000 compatibility mode]
A<NR1>,B$,C

Query the level for a numerical calculation

[When using MR8740 compatibility mode]
:MSLOpe A$,C$

[When using MR6000 compatibility mode]
:MSLOpe A,B$,C$

A$ = NO1 to NO108
A = 1 to 108 (Calculation No.)
B$ = OBJect, BASE
C$ = UP, DOWN

Set the slope for a numerical calculation

[When using MR8740 compatibility mode]
:MSLOpe? A$

[When using MR6000 compatibility mode]
:MSLOpe? A,B$

[When using MR8740 compatibility mode]
A$,C$

[When using MR6000 compatibility mode]
A<NR1>,B$,C$

Query the slope for a numerical calculation

[When using MR8740 compatibility mode]
:MSTAtis A$,B$

[When using MR6000 compatibility mode]
:MSTAtis A,B$

A$ = NO1 to NO108
A = 1 to 108 (Calculation No.)
B$ = FIRSt, AVE, MAX, MIN

Set the stat for a numerical calculation

[When using MR8740 compatibility mode]
:MSTAtis? A$

[When using MR6000 compatibility mode]
:MSTAtis? A

[When using MR8740 compatibility mode]
A$,B$

[When using MR6000 compatibility mode]
A<NR1>,B$

Query the stat for a numerical calculation

[When using MR8740 compatibility mode]
:MTIMe A$,B$,C (B$ = TIME)
:MTIMe A$,B$,D$ (B$ = CALC)

[When using MR6000 compatibility mode]
:MTIMe A,B$,C (B$ = TIME)
:MTIMe A,B$,D (B$ = CALC)

A$ = NO1 to NO108
A = 1 to 108 (Calculation No.)
B$ = TIME, CALC
C = Second
D$ = NO1 to NO107
D = 1 to 107 (Target calculation number)

Set the parameters to conduct numerical calculation and the time/calculation number

[When using MR8740 compatibility mode]
:MTIMe? A$

[When using MR6000 compatibility mode]
:MTIMe? A

[When using MR8740 compatibility mode]
A$,B$,C (B$ = TIME)
A$,B$,D$ (B$ = CALC)

[When using MR6000 compatibility mode]
A<NR1>,B$,C (B$ = TIME)
A<NR1>,B$,D<NR1> (B$ = CALC)

Query for the parameters to conduct numerical calculation and the time/calculation number

[When using MR8740 compatibility mode]
:PERCent A$,B

[When using MR6000 compatibility mode]
:PERCent A,B

A$ = NO1 to NO108
A = 1 to 108 (Calculation No.)
B = 5 to 30 (%)

Set the rise or fall time percentage for a numerical calculation

[When using MR8740 compatibility mode]
:PERCent? A$

[When using MR6000 compatibility mode]
:PERCent? A

[When using MR8740 compatibility mode]
A$,B<NR1>

[When using MR6000 compatibility mode]
A<NR1>,B<NR1>

Query the rise or fall time percentage for a numerical calculation

:WVARea A$

A$ = ALL, A_B, C_D (When using MR8740 compatibility mode)
A$ = WHOLe, A, B (When using MR6000 compatibility mode)

Select area setting for waveform calculation

:WVARea?

A$

Query area setting for waveform calculation

:WVCALc A$

A$ = OFF, ON, EXEC

Set execution of waveform calculations

:WVCALc?

A$

Query execution of waveform calculations

[When using MR8740 compatibility mode]
:WVCOLor A$,B$

[When using MR6000 compatibility mode]
:WVCOLor A,B$

A$ = Z1 to Z16
A = 1 to 16 (Calculation No.)
B$ = OFF, C1 to C16

Set the waveform color for a waveform calculation

[When using MR8740 compatibility mode]
:WVCOLor? A$

[When using MR6000 compatibility mode]
:WVCOLor? A

[When using MR8740 compatibility mode]
A$,B$

[When using MR6000 compatibility mode]
A<NR1>,B$

Query the waveform color for a waveform calculation

[When using MR8740 compatibility mode]
:WVSCale A$,B$

[When using MR6000 compatibility mode]
:WVSCale A,B$

A$ = Z1 to Z16
A = 1 to 16 (Calculation No.)
B$ = AUTO, MANUal

Set auto/manual scaling for a waveform calculation

[When using MR8740 compatibility mode]
:WVSCale? A$

[When using MR6000 compatibility mode]
:WVSCale? A

[When using MR8740 compatibility mode]
A$,B$

[When using MR6000 compatibility mode]
A<NR1>,B$

Query auto/manual scaling for a waveform calculation

[When using MR8740 compatibility mode]
:XCH A$,B$

[When using MR6000 compatibility mode]
:XCH A,B$

A$ = NO1 to NO108
A = 1 to 108 (Calculation No.)
B$ = CH1_1 to CH27_4, L25A1 to L27D4, Z1 to Z16

Set Channel X for numerical calculations

[When using MR8740 compatibility mode]
:XCH? A$

[When using MR6000 compatibility mode]
:XCH? A

[When using MR8740 compatibility mode]
A$,B$

[When using MR6000 compatibility mode]
A<NR1>,B$

Query Channel X for numerical calculations

[When using MR8740 compatibility mode]
:XYMEthod A$,B$

[When using MR6000 compatibility mode]
:XYMEthod A,B$

A$ = NO1 to NO108
A = 1 to 108 (Calculation No.)
B$ = COORd, TRAP

Set XY area calculation method

[When using MR8740 compatibility mode]
:XYMEthod? A$

[When using MR6000 compatibility mode]
:XYMEthod? A

[When using MR8740 compatibility mode]
A$,B$

[When using MR6000 compatibility mode]
A<NR1>,B$

Query XY area calculation method

[When using MR8740 compatibility mode]
:YCH A$,B$

[When using MR6000 compatibility mode]
:YCH A,B$

A$ = NO1 to NO108
A = 1 to 108 (Calculation No.)
B$ = CH1_1 to CH27_4, L25A1 to L27D4, Z1 to Z16

Set Channel Y for numerical calculations

[When using MR8740 compatibility mode]
:YCH? A$

[When using MR6000 compatibility mode]
:YCH? A

[When using MR8740 compatibility mode]
A$,B$

[When using MR6000 compatibility mode]
A<NR1>,B$

Query Channel Y for numerical calculations

[When using MR8740 compatibility mode]
:Z A$,"B$"

[When using MR6000 compatibility mode]
:Z A,"B$"

A$ = Z1 to Z16
A = 1 to 16 (Calculation No.)
B$ = Formula (up to 80 characters)

Set a waveform calculation formula

[When using MR8740 compatibility mode]
:Z? A$

[When using MR6000 compatibility mode]
:Z? A

[When using MR8740 compatibility mode]
A$,"B$"

[When using MR6000 compatibility mode]
A<NR1>,"B$"

Query a waveform calculation formula

[When using MR8740 compatibility mode]
:ZDIsplay A$,B

[When using MR6000 compatibility mode]
:ZDIsplay A,B

A$ = Z1 to Z16
A = 1 to 16 (Calculation No.)
B = 1 to 16 (Graph number)

Set graph display of a waveform calculation

[When using MR8740 compatibility mode]
:ZDIsplay? A$

[When using MR6000 compatibility mode]
:ZDIsplay? A

[When using MR8740 compatibility mode]
A$,B<NR1>

[When using MR6000 compatibility mode]
A<NR1>,B<NR1>

Query graph display of a waveform calculation

[When using MR8740 compatibility mode]
:ZRANGe A$,B,C

[When using MR6000 compatibility mode]
:ZRANGe A,B,C

A$ = Z1 to Z16
A = 1 to 16 (Calculation No.)
B = Range
C = Position

Set the range and position of a waveform calculation

[When using MR8740 compatibility mode]
:ZRANGe? A$

[When using MR6000 compatibility mode]
:ZRANGe? A

[When using MR8740 compatibility mode]
A$,B,C

[When using MR6000 compatibility mode]
A<NR1>,B,C

Query the range and position of a waveform calculation

[When using MR8740 compatibility mode]
:ZUNIt A$,"B$"

[When using MR6000 compatibility mode]
:ZUNIt A,"B$"

A$ = Z1 to Z16
A = 1 to 16 (Calculation No.)
B$ = Unit name (up to 7 characters)

Set the unit name assigned to a waveform calculation

[When using MR8740 compatibility mode]
:ZUNIt? A$

[When using MR6000 compatibility mode]
:ZUNIt? A

[When using MR8740 compatibility mode]
A$,"B$"

[When using MR6000 compatibility mode]
A<NR1>,"B$"

Query the unit name assigned to a waveform calculation

[When using MR8740 compatibility mode]
:ZUPLow A$,B,C

[When using MR6000 compatibility mode]
:ZUPLow A,B,C

A$ = Z1 to Z16
A = 1 to 16 (Calculation No.)
B = upper threshold
C = lower threshold

Set waveform calculation thresholds

[When using MR8740 compatibility mode]
:ZUPLow? A$

[When using MR6000 compatibility mode]
:ZUPLow? A

[When using MR8740 compatibility mode]
A$,B,C

[When using MR6000 compatibility mode]
A<NR1>,B,C

Query waveform calculation thresholds