Calculations (CALCulate) |
Syntax |
(Command) |
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(Response) |
A<NR1>,B<NR1>,C$,D<NR1> |
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Details |
Specifies an arithmetic operator for numerical calculation.
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Example |
:CALCulate:ACCOunt 3,1,PLUS,2 |
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Note |
- |
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Usage |
This command is not applicable to logic channels. |
Syntax |
(Command) |
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(Response) |
A<NR1>,B$ |
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Details |
Sets a integration processing.
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Example |
:CALCulate:ACCUmu 1,SUM |
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Note |
- |
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Usage |
This command is not applicable to logic channels. |
Syntax |
(Query) |
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(Response) |
A<NR1>,B$,C$,D |
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Details |
Returns the calculation operator and result of specified numerical calculation.
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Example |
:CALCulate:ANSWer? 1,CH1_1 |
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Note |
If calculation results could not be obtained, D = "NONE". |
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Usage |
- |
Set or query for the channels that will be used for conducting numerical calculations |
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Syntax |
(Command) |
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(Response) |
A<NR1>,B$ |
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Details |
Makes settings for the channels used for numerical calculations.
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Example |
:CALCulate:BCH 1,CH1_1 |
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Note |
- |
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Usage |
This command is not applicable to logic channels. |
Syntax |
(Command) |
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(Response) |
A<NR1>,B,C |
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Details |
Sets a burst judgement.
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Example |
:CALCulate:BLEVel 1,10,-10 |
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Note |
- |
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Usage |
This command is not applicable to logic channels. |
Syntax |
(Command) |
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(Response) |
A<NR1>,B<NR1> |
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Details |
Sets a burst-end filter. |
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Example |
:CALCulate:BURStend 1, 250 |
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Note |
- |
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Usage |
This command is not applicable to logic channels. |
Syntax |
(Command) |
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(Response) |
A<NR1>,B$ |
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Details |
Selects the CAN statistics channel. |
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Example |
:CALCulate:CANCh 1,C1 |
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Note |
- |
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Usage |
Applicable calculation modes are the following: |
Syntax |
(Command) |
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(Response) |
A<NR1>,B$ |
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Details |
Selects the CAN ID for CAN statistics. |
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Example |
:CALCulate:CANId 1,12ab |
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Note |
- |
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Usage |
Applicable calculation modes are the following: |
Syntax |
(Command) |
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(Response) |
A<NR1>,B$ |
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Details |
Enables or disables the calculation comparator (for judgment).
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Example |
:CALCulate:COMP 1,ON |
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Note |
- |
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Usage |
- |
Set or query comparator thresholds for a numerical calculation |
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Syntax |
(Command) |
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(Response) |
A<NR1>,B,C |
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Details |
Sets upper and lower comparator judgment thresholds for numerical calculation.
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Example |
:CALCulate:COMPArea 1,10,-10 |
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Note |
- |
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Usage |
- |
Syntax |
(Query) |
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(Response) |
A<NR1>,D$ (A = 0) |
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Details |
Returns the comparator judgment result of numerical calculation.
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Example |
:CALCulate:COMPJudge? 1,CH1_1 |
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Note |
- |
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Usage |
- |
Set or query calculation comparator judgment to stop measurement |
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Syntax |
(Command) |
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(Response) |
A$ |
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Details |
Specifies the numerical calculation judgment criterion that will stop measurement.
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Example |
:CALCulate:COMPStop PASS |
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Note |
- |
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Usage |
- |
Syntax |
(Command) |
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(Response) |
A<NR1>,B$,C$ |
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Details |
Set calculation channels on/off status.
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Example |
:CALCulate:ENABle 1,CH1_1,ON |
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Note |
- |
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Usage |
- |
Syntax |
(Command) |
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(Response) |
A$,B |
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Details |
Assigns a value to waveform calculation constant A to P. |
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Example |
:CALCulate:FACTor A,1000 |
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Note |
- |
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Usage |
- |
Select or query area (interval) setting for numerical calculations |
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Syntax |
(Command) |
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(Response) |
A<NR1>,B$ |
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Details |
Selects whether numerical calculations apply to the whole waveform, or just to a specified portion (area).
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Example |
:CALCulate:MEASArea 1,WHOLe |
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Note |
- |
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Usage |
- |
Syntax |
(Command) |
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(Response) |
A<NR1>,B$ |
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Details |
Defines numerical calculation function.
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Example |
:CALCulate:MEASSet 1,MAX |
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Note |
- |
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Usage |
- |
Syntax |
(Command) |
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(Response) |
A$ |
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Details |
Sets the numerical calculation execution state.
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Example |
:CALCulate:MEASure ON |
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Note |
An error will occur if a command is sent during calculation. |
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Usage |
- |
Syntax |
(Command) |
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(Response) |
A<NR1>,B$,C<NR1> |
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Details |
Sets filtering for numerical calculation.
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Example |
:CALCulate:MFILter 1,OBJect,500 |
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Note |
- |
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Usage |
Applicable calculation modes are the following: |
Syntax |
(Command) |
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(Response) |
A<NR1>,B$,C |
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Details |
Specifies the level (amplitude) for numerical calculation.
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Example |
:CALCulate:MLEVel 1,OBJect,1.23456E-06 |
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Note |
- |
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Usage |
This command is not applicable to logic channels. |
Syntax |
(Command) |
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(Response) |
A<NR1>,B$,C$ |
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Details |
Specifies the slope direction for numerical calculation.
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Example |
:CALCulate:MSLOpe 1,OBJect,UP |
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Note |
- |
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Usage |
Applicable calculation modes are the following: |
Syntax |
(Command) |
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(Response) |
A<NR1>,B$ |
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Details |
Makes settings for the numerical calculation statistics.
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Example |
:CALCulate:MSTAtis 1,AVE |
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Note |
- |
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Usage |
Applicable calculation modes are the following: |
Set or query the parameters to conduct numerical calculation and the time/calculation number |
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Syntax |
(Command) |
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(Response) |
A<NR1>,B$,C (B$ = TIME) |
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Details |
Set the parameters to conduct numerical calculation and the time/calculation number.
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Example |
:CALCulate:MTIMe 1,TIME,1 |
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Note |
- |
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Usage |
The numerical calculation type must be the level to specified time. |
Set or query the rise or fall time percentage for a numerical calculation |
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Syntax |
(Command) |
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(Response) |
A<NR1>,B<NR1> |
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Details |
Specifies the rise or fall time percentage for numerical calculation. |
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Example |
:CALCulate:PERCent 1,10 |
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Note |
Parameter B is the starting point level at the rise time, and the end point level at the fall time. |
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Usage |
Applicable calculation modes are the following: |
Syntax |
(Command) |
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(Response) |
A<NR1>,B$ |
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Details |
Selects the phase difference representation.
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Example |
:CALCulate:PHASe 1,180 |
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Note |
- |
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Usage |
Applicable calculation modes are the following: |
Syntax |
(Command) |
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(Response) |
A<NR1>,B$ |
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Details |
Makes settings for the numerical calculation event times. |
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Example |
:CALCulate:TIMEs 1,3 |
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Note |
- |
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Usage |
Applicable calculation modes are the following: |
Syntax |
(Command) |
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(Response) |
A$,B$ |
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Details |
Selects the force average of power calculation. |
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Example |
:CALCulate:WPAVErage A,ON |
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Note |
- |
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Usage |
- |
Syntax |
(Query) |
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(Response) |
A$ = A,B,C,D (Wiring) |
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Details |
Selects the force average time of power calculation. |
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Example |
:CALCulate:WPAVTime A,1000 |
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Note |
- |
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Usage |
- |
Set or query the voltage and current input channels of power calculation |
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Syntax |
(Command) |
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(Response) |
A$,B$,C$ |
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Details |
Selects the voltage and current input channels of power calculation. |
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Example |
:CALCulate:WPCH A,U1,CH1_1 |
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Note |
- |
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Usage |
- |
Syntax |
(Command) |
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(Response) |
A$,B$ |
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Details |
Selects the delta-Y conversion of power calculation. |
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Example |
:CALCulate:WPDElta A,ON |
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Note |
- |
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Usage |
- |
Syntax |
(Command) |
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(Response) |
A$,B$ |
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Details |
Selects the low pass filter of power calculation. |
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Example |
:CALCulate:WPFIlter A,ON |
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Note |
- |
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Usage |
- |
Syntax |
(Command) |
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(Response) |
A$,B |
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Details |
Selects the cutoff frequency of power calculation. |
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Example |
:CALCulate:WPFReq A,1000 |
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Note |
- |
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Usage |
- |
Syntax |
(Command) |
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(Response) |
A$,B |
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Details |
Selects the hysteresis of power calculation. |
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Example |
:CALCulate:WPHYst A,1.000 |
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Note |
- |
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Usage |
- |
Syntax |
(Command) |
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(Response) |
A$,B$ |
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Details |
Selects the wiring method of power calculation.
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Example |
:CALCulate:WPMOde A,1P2W |
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Note |
- |
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Usage |
- |
Syntax |
(Command) |
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(Response) |
A$,B$ |
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Details |
Selects the synchronous source of power calculation. |
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Example |
:CALCulate:WPSYnc A,CH1_1 |
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Note |
- |
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Usage |
- |
Syntax |
(Command) |
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(Response) |
A$ |
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Details |
Selects whether waveform calculations apply to the whole waveform, or just to a specified portion (area).
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Example |
:CALCulate:WVARea WHOLe |
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Note |
- |
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Usage |
- |
Syntax |
(Command) |
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(Response) |
A$ |
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Details |
Sets the waveform calculation execution state.
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Example |
:CALCulate:WVCALc ON |
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Note |
- |
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Usage |
- |
Syntax |
(Command) |
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(Response) |
A<NR1>,B$ |
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Details |
Selects auto or manual scaling for waveform calculation. |
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Example |
:CALCulate:WVSCale 1,MANUal |
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Note |
- |
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Usage |
- |
Syntax |
(Command) |
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(Response) |
A<NR1>,B$ |
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Details |
Settings are made for the Channel X specified by A for numerical calculations. |
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Example |
:CALCulate:XCH 1,CH1_1 |
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Note |
- |
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Usage |
Applicable calculation modes are the following: |
Syntax |
(Command) |
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(Response) |
A<NR1>,B$ |
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Details |
Set the XY area calculation method of numerical calculation.
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Example |
:CALCulate:XYMEthod 1,COORd |
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Note |
- |
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Usage |
Applicable calculation modes are the following: |
Syntax |
(Command) |
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(Response) |
A<NR1>,B$ |
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Details |
Settings are made for the Channel Y specified by A for numerical calculations. |
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Example |
:CALCulate:YCH 1,CH1_1 |
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Note |
- |
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Usage |
Applicable calculation modes are the following: |
Syntax |
(Command) |
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(Response) |
A<NR1>,"B$" |
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Details |
Assigns a formula to waveform calculation. |
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Example |
:CALCulate:Z 1,"CH(1,1)*2" |
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Note |
80 chars max.: variables are lower-case, formula is upper case |
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Usage |
- |
Syntax |
(Command) |
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(Response) |
A,B$ |
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Details |
Selects the power calculation mode.
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Example |
:CALCulate:ZPENable 1,ON |
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Note |
- |
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Usage |
- |
Set or query the phase to be calculated for efficiency calculation |
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Syntax |
(Command) |
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(Response) |
A,B$,C$ |
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Details |
Selects the phase to be calculated for efficiency calculation . |
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Example |
:CALCulate:ZPEFPhase 1,IN,1 |
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Note |
- |
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Usage |
When the type of power calculation is "efficiency" . |
Set or query the wiring of calculation target of efficiency calculation |
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Syntax |
(Command) |
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(Response) |
A,B$,C$ |
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Details |
Selects the wiring of calculation target of efficiency calculation . |
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Example |
:CALCulate:ZPEFWire 1,IN,A |
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Note |
- |
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Usage |
When the type of power calculation is "efficiency" . |
Set or query the phase to be calculated for power calculation |
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Syntax |
(Command) |
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(Response) |
A,B$ |
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Details |
Selects the phase to be calculated for power calculation . |
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Example |
:CALCulate:ZPPHase 1,1 |
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Note |
- |
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Usage |
- |
Syntax |
(Command) |
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(Response) |
A,B$ |
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Details |
Selects the calculation type of power calculation.
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Example |
:CALCulate:ZPTYpe 1,URMS |
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Note |
- |
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Usage |
- |
Set or query the wiring to be calculated for power calculation |
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Syntax |
(Command) |
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(Response) |
A,B$ |
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Details |
Selects the wiring to be calculated for power calculation. |
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Example |
:CALCulate:ZPWIre 1,A |
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Note |
- |
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Usage |
- |
Set or query the unit name assigned to a waveform calculation |
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Syntax |
(Command) |
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(Response) |
A<NR1>,"B$" |
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Details |
Assigns the name of the unit "B$" to be used for waveform calculation.
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Example |
:CALCulate:ZUNIt 1,"VA" |
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Note |
- |
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Usage |
- |