TRIGger Commands (Set and query triggering)


Y:  Available   N:  Unavailable

Command

Data
(for a query, response data)

Explanation

Function

8860

8861

:DETECTDate year,month,day

year: 0 to 99
month: 1 to 12
day: 1 to 31

Set a trigger detection date

ALL

Y

Y

:DETECTDate?

year<NR1>,month<NR1>,day<NR1>

Query a trigger detection date

ALL

Y

Y

:DETECTTime hour,min,sec

hour: 0 to 23
min: 0 to 59
sec: 0 to 59

Set a trigger detection time

ALL

Y

Y

:DETECTTime?

hour<NR1>,min<NR1>,sec<NR2>

Query a trigger detection time

ALL

Y

Y

:EACHLTIming CH$,A$

CH$: CHm_n
A$: START, STOP

Set start/stop triggering for a logic channel

MEM, REC, R_M

Y

Y

:EACHLTIming? CH$

CH$,A$

Query start/stop triggering for a logic channel

MEM, REC, R_M

Y

Y

:EACHTIming CH$,B$ 
(Normal mode)

:EACHTIming A,B$ 
(Expanded mode)

CH$: CHm_n
A: 1 to 8(8860), 1 to 8, 17 to 24(8861)
B$: START, STOP

Set start/stop triggering for a channel

MEM, REC, R_M

Y

Y

:EACHTIming? CH$ 
(Normal mode)

:EACHTIming? A 
(Expanded mode)

CH$,B$ (Normal mode)
A<NR1>,B$ (Expanded mode)

Query start/stop triggering for a channel

MEM, REC, R_M

Y

Y

:EVENt A,B 
(Expanded mode)

A: 1 to 8(8860), 1 to 8, 17 to 24(8861)
B: 1 to 4000

Set the number of events per trigger

MEM, REC, FFT, R_M

Y

Y

:EVENt? A,B 
(Expanded mode)

A<NR1>,B<NR1>

Query the number of events per trigger

MEM, REC, FFT, R_M

Y

Y

:EXMOde A$

A$: NORMal, EXTension

Enable/disable the expanded trigger mode

MEM, REC, FFT, R_M

Y

Y

:EXMOde?

A$

Query the expanded trigger mode

MEM, REC, FFT, R_M

Y

Y

:EXTErnal A$

A$: OFF, ON

Enable/disable external triggering

MEM, REC, FFT, R_M

Y

Y

:EXTErnal?

A$

Query external triggering

MEM, REC, FFT, R_M

Y

Y

:EXTIMIng A$

A$: START, STOP

Set start/stop triggering by external trigger

MEM, REC, R_M

Y

Y

:EXTIMIng?

A$

Query start/stop triggering by external trigger

MEM, REC, R_M

Y

Y

:FACTor?

A$: CHm_n, CHx, EXT, TIME, NONE

Query trigger source

ALL

Y

Y

:FILTer CH$,B 
(Normal mode)

:FILTer A,B 
(Expanded mode)

CH$: CHm_n
A: 1 to 8(8860), 1 to 8, 17 to 24(8861)
B: 0 to 10.0 (MEM,FFT,REC&MEM )
B: 0, 1 (REC Func.)

Set trigger filtering

MEM, REC, FFT, R_M

Y

Y

:FILTer? CH$ 
(Normal mode)

:FILTer? A 
(Expanded mode)

CH$,B<NR2> (Normal mode)
A<NR1>,B<NR2>

Query trigger filtering

MEM, REC, FFT, R_M

Y

Y

:KIND CH$,B$ 
(Normal mode)

:KIND A,CH$,B$ 
(Expanded mode)

CH$: CHm_n
A: 1 to 8(8860), 1 to 8, 17 to 24(8861)
B$: OFF, LEVEl, IN, OUT, PERIIn, PERIOut, GLITch, SLOPe, DROP

Set the type of trigger

MEM, REC, FFT, R_M

Y

Y

:KIND? CH$ 
(Normal mode)

:KIND? A 
(Expanded mode)

CH$,B$ (Normal mode)
A,CH$,B$ (Expanded mode)

Query the type of trigger

MEM, REC, FFT, R_M

Y

Y

:LDETect CH$,A$

CH$: CHx
A$: LEVEl, EDGE

Set logic trigger edge/level detection

MEM, REC, FFT, R_M

Y

Y

:LDETEct? CH$

CH$,A$

Query logic trigger edge/level detection

MEM, REC, FFT, R_M

Y

Y

:LEVEl CH$,B 
(Normal mode)

:LEVEl A,B 
(Expanded mode)

CH$: CHm_n
A: 1 to 8(8860), 1 to 8, 17 to 24(8861)
B: trigger level

Set the trigger level (for level triggering)

MEM, REC, FFT, R_M

Y

Y

:LEVEl? CH$ 
(Normal mode)

:LEVEl? A 
(Expanded mode)

CH$,B<NR3> (Normal mode)
A,B<NR3> (Expanded mode)

Query the trigger level (for level triggering)

MEM, REC, FFT, R_M

Y

Y

:LFILter CH$,A

CH$: CHx
A: 0 to 10.0  (MEM Func.)
A: 0, 1  (REC Func.)

Set the logic trigger filter

MEM, REC, FFT, R_M

Y

Y

:LFILter? CH$

CH$,A<NR2>

Query the logic trigger filter

MEM, REC, FFT, R_M

Y

Y

:LOGAnd CH$,A$

CH$: CHx
A$: OFF, OR, AND

Set the AND/OR logical operator for the logic trigger pattern

MEM, REC, FFT, R_M

Y

Y

:LOGAnd? CH$

CH$,A$

Query the AND/OR logical operator for the logic trigger pattern

MEM, REC, FFT, R_M

Y

Y

:LOGPat CH$,"A$"

CH$: CHx
A$: **** [trigger pattern (X, 0, 1, 2)]

Set the pattern for a logic trigger

MEM, REC, FFT, R_M

Y

Y

:LOGPat? CH$

CH$,"A$"

Query the pattern for a logic trigger

MEM, REC, FFT, R_M

Y

Y

:LOWEr CH$,B 
(Normal mode)

:LOWEr A,B 
(Expanded mode)

CH$: CHm_n
A: 1 to 8(8860), 1 to 8, 17 to 24(8861)
B: lower limit level [V]

Set the lower threshold of the window-in/out trigger

MEM, REC, FFT, R_M

Y

Y

:LOWEr? CH$ 
(Normal mode)

:LOWEr? A 
(Expanded mode)

CH$,B<NR3> (Normal mode)
A<NR1>,B<NR3> (Expanded mode)

Query the lower threshold of the window-in/out trigger

MEM, REC, FFT, R_M

Y

Y

:MANU

Manually trigger measurement

MEM, REC, FFT, R_M

Y

Y

:MODE A$

A$: SINGle, REPEat, AUTO

Select trigger repetition mode

ALL

Y

Y

:MODE?

A$:

Query trigger repetition mode

ALL

Y

Y

:PLEVel A,B 
(Expanded mode)

A: 1 to 8(8860), 1 to 8, 17 to 24(8861)
B: trigger level [V]

Set the trigger level of the period trigger

MEM, REC, FFT, R_M

Y

Y

:PLEVel A,B 
(Expanded mode)

A<NR1>,B<NR3>

Query the trigger level of the period trigger

MEM, REC, FFT, R_M

Y

Y

:PLOWer A,B 
(Expanded mode)

A: 1 to 8(8860), 1 to 8, 17 to 24(8861)
B: lower limit threshold[second]

Set the lower period threshold of the period trigger

MEM, REC, FFT, R_M

Y

Y

:PLOWer? A,B 
(Expanded mode)

A<NR1>,B<NR3> 

Query the lower period threshold of the period trigger

MEM, REC, FFT, R_M

Y

Y

:PRETrig A

A: -100 to 100 [percent of recording interval]
A: recording length * (-1) to recording length * (1) [divisions]

Set the pre-trigger interval

MEM, FFT, R_M

Y

Y

:PRETrig?

A<NR1>

Query the pre-trigger interval

MEM, FFT, R_M

Y

Y

:PRIOrity A$

A$: OFF, ON

Enable/disable the trigger priority mode

MEM, FFT, R_M

Y

Y

:PRIOrity?

A$

Query the trigger priority mode

MEM, FFT, R_M

Y

Y

:PUPPer A,B 
(Expanded mode)

A: 1 to 8(8860), 1 to 8, 17 to 24(8861)
B: upper limit threshold [second]

Set the upper period threshold of the period trigger

MEM, REC, FFT, R_M

Y

Y

:PUPPer? A 
(Expanded mode)

A<NR1>,B<NR3>

Query the upper period threshold of the period trigger

MEM, REC, FFT, R_ML

Y

Y

:SLOPe CH$,B$ 
(Normal mode)

:SLOPe A,B$ 
(Expanded mode)

CH$: CHm_n
A: 1 to 8(8860), 1 to 8, 17 to 24(8861)
B$: UP, DOWN, UPDOwn

Set the trigger direction (slope)

MEM, REC, FFT, R_M

Y

Y

:SLOPe? CH$ 
(Normal mode)

:SLOPe? A,B$ 
(Expanded mode)

CH$,B$ (Normal mode)
A<NR1>,B$ (Normal mode)

Query the trigger direction (slope)

MEM, REC, FFT, R_M

Y

Y

:SOURce A$

A$: OR, AND

Set the trigger source AND/OR logical operator

MEM, REC, FFT, R_M

Y

Y

:SOURce?

A$

Query the trigger source AND/OR logical operator

MEM, REC, FFT, R_M

Y

Y

:STARTEnable A$

A$: OFF, ON

Enable/disable timer trigger start time

ALL

Y

Y

:STARTEnable?

A$

Query timer trigger start time

ALL

Y

Y

:STOPDate year,month,day

year: 0 to 99
month: 1 to 12
day: 1 to 31

Set timer trigger stop date

REC, REAL, R_M

Y

Y

:STOPDate?

year<NR1>,month<NR1>,day<NR1>

Queries the date of the termination

REC, REAL, R_M

Y

Y

:STOPEnable A$

A$: OFF, ON

Enable/disable timer trigger stop time

ALL

Y

Y

:STOPEnable?

A$

Query timer trigger stop time

ALL

Y

Y

:STOPTime hour,min,sec

hour: 0 to 23
min: 0 to 59
sec: 0 to 59

Set the trigger stop time

REC, REAL, R_M

Y

Y

:STOPTime?

hour<NR1>,min<NR1>,sec<NR2>

Query the trigger stop time

REC, REAL, R_M

Y

Y

:TIMEr A$

A$: OFF, ON

Enable/disable the timer trigger

MEM, REC, FFT

Y

Y

:TIMEr?

A$

Query the timer trigger

MEM, REC, FFT

Y

Y

:TIMIng A$

A$: START STOP, S_S

Set trigger timing start/stop operation

REC

Y

Y

:TIMIng?

A$

Query trigger timing start/stop operation

REC

Y

Y

:TMINTvl day,hour,min,sec

day: 0 to 99
hour: 0 to 23
min: 0 to 59
sec: 0 to 59

Set the timer trigger interval

ALL

Y

Y

:TMINTvl?

day<NR1>,hour<NR1>,min<NR1>,sec<NR1>

Query the timer trigger interval

ALL

Y

Y

:TMSTArt month,day,hour,min

month: 1 to 12
day: 1 to 31
hour: 0 to 23
min: 0 to 59

Set the timer trigger start time

ALL

Y

Y

:TMSTArt?

month<NR1>,day<NR1>,hour<NR1>,min<NR1>

Query the timer trigger start time

ALL

Y

Y

:TMSTOp month,day,hour,min

month: 1 to 12
day: 1 to 31
hour: 0 to 23
min: 0 to 59

Set the timer trigger stop time

ALL

Y

Y

:TMSTOp?

month<NR1>,day<NR1>,hour<NR1>,min<NR1>

Query the timer trigger stop time

ALL

Y

Y

:TYPE

A$: %, DIV

Select the pre-trigger setting method

MEM, FFT, R_M

Y

Y

:TYPE?

A$

Query the pre-trigger setting method

MEM, FFT, R_M

Y

Y

:UPPEr CH$,B 
(Normal mode)

:UPPEr A,B 
(Expanded mode)

CH$ CHm_n
A: 1 to 8(8860), 1 to 8, 17 to 24(8861)
B: upper limit level [V]

Set the upper threshold of the window-in/-out trigger

MEM, REC, FFT, R_M

Y

Y

:UPPEr? CH$ 
(Normal mode)

:UPPEr? A,B 
(Expanded mode)

CH$,B<NR3> (Normal mode)
A<NR1>,B<NR3> (Expanded mode)

Query the upper threshold of the window-in/-out trigger

MEM, REC, FFT, R_M

Y

Y

:VFREq CH$,B 
(Normal mode)

:VFREq A,B 
(Expanded mode)

CH$: CHm_n
A: 1 to 8(8860), 1 to 8, 17 to 24(8861)
B: 50, 60[Hz]

Select the measurement frequency of the voltage sag trigger

MEM, FFT, R_M

Y

Y

:VFREq? CH$ 
(Normal mode)

:VFREq? A 
(Expanded mode)

CH$,B<NR1> (Normal mode)
A<NR1>,B<NR1> (Expanded mode)

Query the measurement frequency of the voltage sag trigger

MEM, FFT, R_M

Y

Y

:VLEVel CH$,B 
(Normal mode)

:VLEVel A,B 
(Expanded mode)

A: 1 to 8(8860), 1 to 8, 17 to 24(8861)
B: trigger level[V]

Set the sag threshold of the voltage sag trigger

MEM, FFT, R_M

Y

Y

:VLEVEl? CH$ 
(Normal mode)

:VLEVEl? A 
(Expanded mode)

CH$,B<NR3> (Normal mode)
A<NR1>,B<NR3> (Expanded mode)

Query the sag threshold of the voltage sag trigger

MEM, FFT, R_M

Y

Y

:WIDTh A,B 
(Expanded mode)

A: 1 to 8(8860), 1 to 8, 17 to 24(8861)
B: width of the trigger [second]

Set the glitch or slope trigger width

MEM, FFT, R_M

Y

Y

:WIDTh? A 
(Expanded mode)

A<NR1>,B<NR3> 

Query the glitch or slope trigger width

MEM, FFT, R_M

Y

Y