Syntax |
Command |
|
Query |
:REFerence:DATA? <Data type> |
|
Response |
Master voltage waveform<Voltage value>,<Voltage value>, ... <Voltage value> Reference LC and RC values<LC value>,<RC value>[,<LC value>,<RC value>, ...] |
|
Parameter |
<Data type> = VOLTage:Master voltage waveform/LCRC:Reference LC and RC values |
|
Explanation |
Command |
|
Query |
Returns the reference data. |
|
Example |
Command |
|
Query |
Master voltage waveform:REFerence:DATA? VOLTage Reference LC and RC values:REFerence:DATA? LCRC |
|
Response |
Master voltage waveform1.09699E+00, 8.50683E-01, ... -1.09389E+02 Reference LC and RC values1.674E-15, 3.642E-09, 1.672E-15, 3.030E-09, ... |
|
Note |
|
Syntax |
Command |
|
Query |
:FETCh:RESult? |
|
Response |
<Overall judgment result>,<Waveform surface area comparison judgment result>,<Waveform difference surface area comparison judgment result>,<Waveform flutter detection judgment result>,<Waveform secondary differential detection judgment result>,<LC and RC value area judgment result>,<Discharge judgment result> |
|
Parameter |
Overall judgment result
Judgment result
|
|
Explanation |
Command |
|
Query |
Returns the judgment result. |
|
Example |
Command |
|
Query |
:FETCh:RESult? |
|
Response |
FAIL,IN ,IN ,OUT ,OUT ,IN ,IN |
|
Note |
|
Syntax |
Command |
|
Query |
:FETCh:WAVeform? <No data/Pulse number>,<Waveform data type>,<No data/ALL/BINary>,<Start point>,<End point> |
|
Response |
Voltage waveform<Voltage value>,<Voltage value>, ... <Voltage value>[<Line delineator><Voltage value>,<Voltage value>, ... <Voltage value><Line delineator> ...] Discharge waveform<Discharge quantity>,<Discharge quantity>, ... <Discharge quantity>[<Line delineator><Discharge quantity>,<Discharge quantity>, ... <Discharge quantity><Line delineator> ...] Binary format |
|
Parameter |
<Waveform data type> = VOLTage:Voltage waveform/DISCharge:Discharge waveform |
|
Explanation |
Command |
|
Query |
Returns the test waveform. *1:Identifier. |
|
Example |
Command |
|
Query |
Voltage waveform:FETCh:WAVeform? VOLTage Discharge waveform:FETCh:WAVeform? DISCharge |
|
Response |
Voltage waveform1.09699E+00, 8.50683E-01, ... -1.09389E+02 Discharge waveform1.09, 8.50, ... 1.08 |
|
Note |
|
Syntax |
Command |
|
Query |
:FETCh:PULSe? <No data/ALL> |
|
Response |
<Measurement status>, <Applied voltage>, <Maximum voltage>, <Lowest voltage>, <Waveform surface area comparison judgment value>, <Waveform difference surface area comparison judgment value>, <Waveform flutter detection judgment value> <Waveform secondary differential detection judgment value> <LC and RC value area judgment LC value>, <LC and RC value area judgment RC value>, <Discharge judgment value> [ <Line delineator><judgment value>,...<judgment value>(Repeat for all pulses) ] |
|
Parameter |
<No data/ALL> = No data:Punctuation between pulses is a message terminator/ALL:Punctuation between pulses is a slash (/) Measurement status
|
|
Explanation |
Command |
|
Query |
Returns the judgment values per pulse. |
|
Example |
Command |
|
Query |
:FETCh:PULSe? |
|
Response |
0, 1.00000E+02, 9.98500E+01,-8.29200E+01, -0.13, 0.78, 1256, 309, 3.307E-13, 8.122E-09, 3.17 |
|
Note |
|
Syntax |
Command |
|
Query |
:FETCh:PULSe:RESult? <No data/ALL> |
|
Response |
<Overall judgment result>,<Waveform surface area comparison judgment result>,<Waveform difference surface area comparison judgment result>,<Waveform flutter detection judgment result>,<Waveform secondary differential detection judgment result>,<LC and RC value area judgment result>,<Discharge judgment result>[<Line delineator><Overall judgment result>, ...] |
|
Parameter |
<No data/ALL> = No data:Punctuation between pulses is a message terminator/ALL:Punctuation between pulses is a slash (/) Overall judgment result
Judgment result
|
|
Explanation |
Command |
|
Query |
Returns the judgment result per pulse. |
|
Example |
Command |
|
Query |
:FETCh:PULSe:RESult? |
|
Response |
PASS,IN ,IN ,IN ,IN ,IN ,IN |
|
Note |
|
Syntax |
Command |
|
Query |
:FETCh:RISetime? <No type/Formula type>, <No data/ALL> |
|
Response |
1:Formula of lightning impulse voltage<Virtual front time>,<Virtual tail time> [ <Line delineator><judgment value>,...<judgment value>(Repeat for all pulses) ] 2:Formula of switching impulse voltage<Front time>,<Virtual time time>,<Time above 90%> [ <Line delineator><judgment value>,...<judgment value>(Repeat for all pulses) ] 3:Formula of lightning impulse current<Virtual front time>,<Virtual tail time> [ <Line delineator><judgment value>,...<judgment value>(Repeat for all pulses) ] 4:Formula of transient response<Rise time> [ <Line delineator><judgment value>,...<judgment value>(Repeat for all pulses) ] |
|
Parameter |
<Waveform data type> |
|
Explanation |
Command |
|
Query |
Returns the rise time. |
|
Example |
Command |
|
Query |
1:Result using formula of lightning impulse voltage:FETCh:RISetime? 1 2:Result using formula of switching impulse voltage:FETCh:RISetime? 2 3:Result using formula of lightning impulse current:FETCh:RISetime? 3 Result using formula of transient response:FETCh:RISetime? 4 |
|
Response |
1:Result using formula of lightning impulse voltage3.123E-7, 2.123E-6 2:Result using formula of switching impulse voltage3.123E-7, 2.123E-6, 1.123E-6 3:Result using formula of lightning impulse current3.234E-7, 2.234E-6 Result using formula of transient response2.123E-7 |
|
Note |
By specifying parameters, it is possible to obtain rise time using a calculation method different from the setting of :RISetime command. |
Syntax |
Command |
|
Query |
:FETCh:NODe? <Measurement data type>, <No data/ALL> |
|
Response |
ALL<Rise point>, <Point at which reached 10% of 1st peak voltage>, <Point at which reached 30% of 1st peak voltage>, <Point at which reached 50% of 1st peak voltage>, <Point at which reached 90% of 1st peak voltage>, <Point of 1st peak>, <Point at which reached 90% of 1st peak voltage(After 1st peak)>, <Point at which reached 50% of 1st peak voltage(After 1st peak)>, <Peak point value 1>,<Peak point value 2>,...<Peak point value 10>, <Zero crosspoint value 1>,<Zero crosspoint value 2>,...<Zero crosspoint value 10> [ <Line delineator><judgment value>,...<judgment value>(Repeat for all pulses) ] RISe<Rise point>, <Point at which reached 10% of 1st peak voltage>, <Point at which reached 30% of 1st peak voltage>, <Point at which reached 50% of 1st peak voltage>, <Point at which reached 90% of 1st peak voltage>, <Point of 1st peak>, <Point at which reached 90% of 1st peak voltage(After 1st peak)>, <Point at which reached 50% of 1st peak voltage(After 1st peak)>, [ <Line delineator><judgment value>,...<judgment value>(Repeat for all pulses) ] PEAK<Peak point value 1>,<Peak point value 2>,...<Peak point value 10> [ <Line delineator><judgment value>,...<judgment value>(Repeat for all pulses) ] ZERocross<Zero crosspoint value 1>,<Zero crosspoint value 2>,...<Zero crosspoint value 10> [ <Line delineator><judgment value>,...<judgment value>(Repeat for all pulses) ] |
|
Parameter |
<Measurement data type> |
|
Explanation |
Command |
|
Query |
Returns the waveform rising position or peak position or zerocross position. |
|
Example |
Command |
|
Query |
Rising position, peak position, zerocross position:FETCh:NODe? ALL Rising position:FETCh:NODe? RISe Peak position:FETCh:NODe? PEAK Zerocross position:FETCh:NODe? ZERocross |
|
Response |
Rising position, peak position, zerocross position205, 213, 219, 225, 243, 265, 425, 828, 265,2109,2585,2946,3322,3701,4058,4433,4804,5171,1197,2402,2772,3144,3513,3884,4253,4623,4992,5362 Rising position205, 213, 219, 225, 243, 265, 425, 828 Peak position265,2109,2585,2946,3322,3701,4058,4433,4804,5171 Zerocross position1197,2402,2772,3144,3513,3884,4253,4623,4992,5362 |
|
Note |
|
Syntax |
Command |
|
Query |
:FETCh? <Measurement data type>,<No data/ALL> |
|
Response |
All judgments<Measurement status>,<Overall judgment result>,<Waveform surface area comparison judgment value>,<Waveform surface area comparison judgment result>,<Waveform difference surface area comparison judgment value>,<Waveform difference surface area comparison judgment result>,<Waveform flutter detection judgment value>,<Waveform flutter detection judgment result>,<Waveform secondary differential detection judgment value>,<Waveform secondary differential detection judgment result>,<LC and RC value area judgment LC value>,<LC and RC value area judgment RC value>[,<LC and RC value area judgment LC value>, ...],<LC and RC value area judgment result>,<Discharge judgment value>,<Discharge judgment result> Waveform surface area comparison judgment<Judgment value>,<Judgment result> Waveform difference surface area comparison judgment<Judgment value>,<Judgment result> Waveform flutter detection judgment<Judgment value>,<Judgment result> Waveform secondary differential detection judgment<Judgment value>,<Judgment result> LC and RC value area judgment<Judgment value>,<Judgment result> Discharge judgment<Judgment value>,<Judgment result> Peak voltage<Voltage value 1>,<Voltage value 2>, ... <Voltage value 10> [<Line delineator><Voltage value 1>,<Voltage value 2>, ... <Voltage value 10><Line delineator> ...] Zero crosspoint<Zero crosspoint value 1>,<Zero crosspoint value 2>, ... <Zero crosspoint value 10> [<Line delineator><Zero crosspoint value 1>,<Zero crosspoint value 2>, ... <Zero crosspoint value 10><Line delineator> ...] |
|
Parameter |
<Measurement data type> = ALL:All judgments/AREA:Waveform surface area comparison judgment/DIFF:Waveform difference surface area comparison judgment/FLUTter:Waveform flutter detection judgment/LAPLacian:Waveform secondary differential detection judgment/LCRC:LC and RC value area judgment/DISCharge:Discharge judgment/PEAK:Peak voltage/ZERocross:Zero crosspoint Measurement status
Overall judgment result
Judgment result
|
|
Explanation |
Command |
|
Query |
Returns the measurement data. |
|
Example |
Command |
|
Query |
All judgments:FETCh? ALL Waveform surface area comparison judgment:FETCh? AREA Waveform difference surface area comparison judgment:FETCh? DIFF Waveform flutter detection judgment:FETCh? FLUTter Waveform secondary differential detection judgment:FETCh? LAPLacian LC and RC value area judgment:FETCh? LCRC Discharge judgment:FETCh? DISCharge Peak voltage:FETCh? PEAK Zero crosspoint:FETCh? ZERocross |
|
Response |
All judgments0,FAIL, -10.00,IN , 10.00,IN , 100000,OUT , 200000,OUT , 1.674E-15, 3.642E-09, 1.672E-15, 3.030E-09, ...,IN , 1.09,IN Waveform surface area comparison judgment-10.00,IN Waveform difference surface area comparison judgment10.00,IN Waveform flutter detection judgment100000,OUT Waveform secondary differential detection judgment200000,OUT LC and RC value area judgment1.674E-15, 3.642E-09, 1.672E-15, 3.030E-09, ...,IN Discharge judgment3.20000E+03, 3.10000E+03, ... 3.30000E+03 Peak voltage3.20000E+03, 3.10000E+03, ... 3.30000E+03 Zero crosspoint310, 420, ... 530 |
|
Note |
|
Syntax |
Command |
|
Query |
:BDV:FETCh:STEP? <No data/ALL> |
|
Response |
<Measurement status>, <Applied voltage>, <Maximum voltage>, <Lowest voltage>, <Waveform surface area comparison variation judgment value>, <LC and RC value area variation judgment LC value>, <LC and RC value area variation judgment RC value>, <Discharge judgment value>, <Peak value misalignment judgment value>, <Frequency misalignment judgment value> [ <Line delineator><judgment value>,...<judgment value>(Repeat for recorded pulses) ] |
|
Parameter |
<No data/ALL> = No data:Punctuation between pulses is a message terminator/ALL:Punctuation between pulses is a slash (/) Measurement status
|
|
Explanation |
Command |
|
Query |
Returns the judgment values per pulse. |
|
Example |
Command |
|
Query |
:BDV:FETCh:STEP? |
|
Response |
0, 1.00000E+02, 9.99600E+01,-8.30400E+01, 0.59, 0.03, 0.60, 0.09, 0.05, 3.13 |
|
Note |
|
Syntax |
Command |
|
Query |
:BDV:FETCh:RESult? |
|
Response |
<Overall judgment result>,<Waveform surface area comparison judgment result>,<LC and RC value judgment result>,<Discharge judgment result>,<Peak value misalignment judgment result>,<Frequency misalignment judgment result> |
|
Parameter |
Overall judgment result
Judgment result
|
|
Explanation |
Command |
|
Query |
Returns the judgment results for breakdown voltage evaluation tests. |
|
Example |
Command |
|
Query |
:BDV:FETCh:RESult? |
|
Response |
FAIL,PASS,PASS,FAIL,PASS,PASS |
|
Note |
|
Syntax |
Command |
|
Query |
:BDV:FETCh:WAVeform? <Waveform data type>,<No data/ALL>,<Start point>,<End point> |
|
Response |
Voltage waveform<Voltage value>,<Voltage value>, ... <Voltage value>[<Line delineator><Voltage value>,<Voltage value>, ... <Voltage value><Line delineator> ...] Discharge waveform<Discharge quantity>,<Discharge quantity>, ... <Discharge quantity>[<Line delineator><Discharge quantity>,<Discharge quantity>, ... <Discharge quantity><Line delineator> ...] |
|
Parameter |
<Waveform data type> = VOLTage:Voltage waveform/DISCharge:Discharge waveform |
|
Explanation |
Command |
|
Query |
Returns the test waveforms for breakdown voltage evaluation tests. |
|
Example |
Command |
|
Query |
Voltage waveform:BDV:FETCh:WAVeform? VOLTage Discharge waveform:BDV:FETCh:WAVeform? DISCharge |
|
Response |
Voltage waveform1.09699E+00, 8.50683E-01, ... -1.09389E+02 Discharge waveform1.09, 8.50, ... 1.08 |
|
Note |
|
Syntax |
Command |
|
Query |
:BDV:FETCh:RISetime? <No type/Formula type>, <No data/ALL> |
|
Response |
1:Formula of lightning impulse voltage<Virtual front time>,<Virtual tail time> [ <Line delineator><judgment value>,...<judgment value>(Repeat for recorded pulses) ] 2:Formula of switching impulse voltage<Front time>,<Virtual time time>,<Time above 90%> [ <Line delineator><judgment value>,...<judgment value>(Repeat for recorded pulses) ] 3:Formula of lightning impulse current<Virtual front time>,<Virtual tail time> [ <Line delineator><judgment value>,...<judgment value>(Repeat for recorded pulses) ] 4:Formula of transient response<Rise time> [ <Line delineator><judgment value>,...<judgment value>(Repeat for recorded pulses) ] |
|
Parameter |
<Waveform data type> |
|
Explanation |
Command |
|
Query |
Returns the rise time. |
|
Example |
Command |
|
Query |
1:Result using formula of lightning impulse voltage:BDV:FETCh:RISetime? 1 2:Result using formula of switching impulse voltage:BDV:FETCh:RISetime? 2 3:Result using formula of lightning impulse current:BDV:FETCh:RISetime? 3 Result using formula of transient response:BDV:FETCh:RISetime? 4 |
|
Response |
1:Result using formula of lightning impulse voltage3.123E-7, 2.123E-6 2:Result using formula of switching impulse voltage3.123E-7, 2.123E-6, 1.123E-6 3:Result using formula of lightning impulse current3.234E-7, 2.234E-6 Result using formula of transient response2.123E-7 |
|
Note |
By specifying parameters, it is possible to obtain rise time using a calculation method different from the setting of :RISetime command. |
Syntax |
Command |
|
Query |
:BDV:FETCh:NODe? <Measurement data type>, <No data/ALL> |
|
Response |
ALL<Rise point>, <Point at which reached 10% of 1st peak voltage>, <Point at which reached 30% of 1st peak voltage>, <Point at which reached 50% of 1st peak voltage>, <Point at which reached 90% of 1st peak voltage>, <Point of 1st peak>, <Point at which reached 90% of 1st peak voltage(After 1st peak)>, <Point at which reached 50% of 1st peak voltage(After 1st peak)>, <Peak point value 1>,<Peak point value 2>,...<Peak point value 10>, <Zero crosspoint value 1>,<Zero crosspoint value 2>,...<Zero crosspoint value 10> [ <Line delineator><judgment value>,...<judgment value>(Repeat for recorded pulses) ] RISe<Rise point>, <Point at which reached 10% of 1st peak voltage>, <Point at which reached 30% of 1st peak voltage>, <Point at which reached 50% of 1st peak voltage>, <Point at which reached 90% of 1st peak voltage>, <Point of 1st peak>, <Point at which reached 90% of 1st peak voltage(After 1st peak)>, <Point at which reached 50% of 1st peak voltage(After 1st peak)>, [ <Line delineator><judgment value>,...<judgment value>(Repeat for recorded pulses) ] PEAK<Peak point value 1>,<Peak point value 2>,...<Peak point value 10> [ <Line delineator><judgment value>,...<judgment value>(Repeat for recorded pulses) ] ZERocross<Zero crosspoint value 1>,<Zero crosspoint value 2>,...<Zero crosspoint value 10> [ <Line delineator><judgment value>,...<judgment value>(Repeat for recorded pulses) ] |
|
Parameter |
<Measurement data type> |
|
Explanation |
Command |
|
Query |
Returns the waveform rising position or peak position or zerocross position. |
|
Example |
Command |
|
Query |
Rising position, peak position, zerocross position:BDV:FETCh:NODe? ALL Rising position:BDV:FETCh:NODe? RISe Peak position:BDV:FETCh:NODe? PEAK Zerocross position:BDV:FETCh:NODe? ZERocross |
|
Response |
Rising position, peak position, zerocross position205, 213, 219, 225, 243, 265, 425, 828, 265,2109,2585,2946,3322,3701,4058,4433,4804,5171,1197,2402,2772,3144,3513,3884,4253,4623,4992,5362 Rising position205, 213, 219, 225, 243, 265, 425, 828 Peak position265,2109,2585,2946,3322,3701,4058,4433,4804,5171 Zerocross position1197,2402,2772,3144,3513,3884,4253,4623,4992,5362 |
|
Note |
|
Syntax |
Command |
|
Query |
:BDV:FETCh? <Measurement data type> |
|
Response |
All judgments<Measurement status>,<Overall judgment result>,<Waveform surface area comparison judgment value>,<Waveform surface area comparison judgment result>,<LC and RC value judgment value>,<LC and RC value judgment result>,<Discharge judgment value>,<Discharge judgment result>,<Peak value misalignment judgment value>,<Peak value misalignment judgment result>,<Frequency misalignment judgment value>,<Frequency misalignment judgment result> Waveform surface area comparison judgment<Judgment value>,<Judgment result> LC and RC value judgment<Judgment value>,<Judgment result> Discharge judgment<Judgment value>,<Judgment result> Peak value misalignment judgment<Judgment value>,<Judgment result> Frequency misalignment judgment<Judgment value>,<Judgment result> |
|
Parameter |
<Measurement data type> = ALL:All judgments/AREA:Waveform surface area comparison judgment/LCRC:LC and RC value judgment/DISCharge:Discharge judgment/PEAK:Peak value misalignment judgment/FREQuency:Frequency misalignment judgment Measurement status
Overall judgment result
Judgment result
|
|
Explanation |
Command |
|
Query |
Returns the measurement data of the breakdown voltage evaluation tests. |
|
Example |
Command |
|
Query |
All judgments:BDV:FETCh? ALL Waveform surface area comparison judgment:BDV:FETCh? AREA LC and RC value judgment:BDV:FETCh? LCRC Discharge judgment:BDV:FETCh? DISCharge Peak value misalignment judgment:BDV:FETCh? PEAK Frequency misalignment judgment:BDV:FETCh? FREQuency |
|
Response |
All judgments0,FAIL, 0.34,PASS, 1.59,PASS, 3.21,FAIL, 0.01,PASS, 0.20,PASS Waveform surface area comparison judgment0.34,PASS LC and RC value judgment1.59,PASS Discharge judgment3.21,FAIL Peak value misalignment judgment0.01,PASS Frequency misalignment judgment0.20,PASS |
|
Note |
|
Syntax |
Command |
|
Query |
:RPDiv:FETCh? |
|
Response |
<Measurement status>, <PDIV(Applied voltage value)>, <RPDIV(Applied voltage value)>, <MAX_V(Applied voltage value)>, <RPDEV(Applied voltage value)>, <PDEV(Applied voltage value)>, <Reference value of RPDEV(Applied voltage value)>, <Reference value of PDEV(Applied voltage value)>, <PDIV(Measured voltage value)>, <RPDIV(Measured voltage value)>, <MAX_V(Measured voltage value)>, <RPDEV(Measured voltage value)>, <PDEV(Measured voltage value)>, <Reference value of RPDEV(Measured voltage value)>, <Reference value of PDEV(Measured voltage value)> |
|
Parameter |
Measurement status
|
|
Explanation |
Command |
|
Query |
Returns the measurement data of the discharge inception voltage tests. |
|
Example |
Command |
|
Query |
:RPDiv:FETCh? |
|
Response |
0, 1.30000E+03, 1.40000E+03, 1.50000E+03, 1.20000E+03, 1.20000E+03, 1.20000E+03, 1.20000E+03, 1.30031E+03, 1.40548E+03, 1.51203E+03, 1.19993E+03, 1.19993E+03, 1.19993E+03, 1.19993E+03 |
|
Note |
Measurements with no value detected be set to 0. |
Syntax |
Command |
|
Query |
:RPDiv:FETCh:STEP? <No data/ALL> |
|
Response |
<Measurement status>, <Applied voltage>, <Maximum voltage>, <Lowest voltage>, <Waveform surface area comparison judgment value>, <LC and RC value area judgment LC value>, <LC and RC value area judgment RC value>, <Discharge judgment value> <Peak value misalignment judgment value> <Frequency misalignment judgment value> [ <Line delineator><judgment value>,...<judgment value>(Repeat for recorded pulses) ] |
|
Parameter |
<No data/ALL> = No data:Punctuation between pulses is a message terminator/ALL:Punctuation between pulses is a slash (/) Measurement status
|
|
Explanation |
Command |
|
Query |
Returns the judgment values per pulse. |
|
Example |
Command |
|
Query |
:RPDiv:FETCh:STEP? |
|
Response |
0, 1.00000E+02, 9.99600E+01,-8.30400E+01, 0.59, 0.03, 0.60, 0.09, 0.05, 3.13 |
|
Note |
|
Syntax |
Command |
|
Query |
:RPDiv:FETCh:VALid? |
|
Response |
<The presence or absence of PDIV>, <The presence or absence of RPDIV>, <The presence or absence of MAX_V>, <The presence or absence of RPDEV>, <The presence or absence of PDEV>, <The presence or absence of reference value of RPDEV>, <The presence or absence of reference value of PDEV>, |
|
Parameter |
|
|
Explanation |
Command |
|
Query |
Returns the presence of measurement values for discharge inception voltage tests. |
|
Example |
Command |
|
Query |
:RPDiv:FETCh:VALid? ALL |
|
Response |
1,1,1,1,1,1,1 |
|
Note |
|
Syntax |
Command |
|
Query |
:RPDiv:FETCh:WAVeform? <Waveform data type>,<No data/ALL>,<Start point>,<End point> |
|
Response |
Voltage waveform<Voltage value>,<Voltage value>, ... <Voltage value>[<Line delineator><Voltage value>,<Voltage value>, ... <Voltage value><Line delineator> ...] Discharge waveform<Discharge quantity>,<Discharge quantity>, ... <Discharge quantity>[<Line delineator><Discharge quantity>,<Discharge quantity>, ... <Discharge quantity><Line delineator> ...] |
|
Parameter |
<Waveform data type> = VOLTage:Voltage waveform/DISCharge:Discharge waveform |
|
Explanation |
Command |
|
Query |
Returns the test waveforms for discharge inception voltage tests. |
|
Example |
Command |
|
Query |
Voltage waveform:RPDiv:FETCh:WAVeform? VOLTage Discharge waveform:RPDiv:FETCh:WAVeform? DISCharge |
|
Response |
Voltage waveform1.09699E+00, 8.50683E-01, ... -1.09389E+02 Discharge waveform1.09, 8.50, ... 1.08 |
|
Note |
|
Syntax |
Command |
|
Query |
:RPDiv:FETCh:STEP? <No data/ALL> |
|
Response |
Get judgement values of a typical test voltage. |
|
Parameter |
<No data/ALL> = No data:Punctuation between pulses is a message terminator/ALL:Punctuation between pulses is a slash (/) Measurement status
|
|
Explanation |
Command |
|
Query |
Returns the judgment values per pulse. |
|
Example |
Command |
|
Query |
:RPDiv:FETCh:STEP? |
|
Response |
0, 1.00000E+02, 9.99600E+01,-8.30400E+01, 0.59, 0.03, 0.60, 0.09, 0.05, 3.13 |
|
Note |
|
Syntax |
Command |
|
Query |
:RPDiv:FETCh:RISetime? <No type/Formula type>, <No data/ALL> |
|
Response |
1:Formula of lightning impulse voltage<Virtual front time>,<Virtual tail time> [ <Line delineator><judgment value>,...<judgment value>(Repeat for recorded pulses) ] 2:Formula of switching impulse voltage<Front time>,<Virtual time time>,<Time above 90%> [ <Line delineator><judgment value>,...<judgment value>(Repeat for recorded pulses) ] 3:Formula of lightning impulse current<Virtual front time>,<Virtual tail time> [ <Line delineator><judgment value>,...<judgment value>(Repeat for recorded pulses) ] 4:Formula of transient response<Rise time> [ <Line delineator><judgment value>,...<judgment value>(Repeat for recorded pulses) ] |
|
Parameter |
<Waveform data type> |
|
Explanation |
Command |
|
Query |
Returns the rise time. |
|
Example |
Command |
|
Query |
1:Result using formula of lightning impulse voltage:RPDiv:FETCh:RISetime? 1 2:Result using formula of switching impulse voltage:RPDiv:FETCh:RISetime? 2 3:Result using formula of lightning impulse current:RPDiv:FETCh:RISetime? 3 Result using formula of transient response:RPDiv:FETCh:RISetime? 4 |
|
Response |
1:Result using formula of lightning impulse voltage3.123E-7, 2.123E-6 2:Result using formula of switching impulse voltage3.123E-7, 2.123E-6, 1.123E-6 3:Result using formula of lightning impulse current3.234E-7, 2.234E-6 Result using formula of transient response2.123E-7 |
|
Note |
By specifying parameters, it is possible to obtain rise time using a calculation method different from the setting of :RISetime command. |
Syntax |
Command |
|
Query |
:RPDiv:FETCh:NODe? <Measurement data type>, <No data/ALL> |
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Response |
ALL<Rise point>, <Point at which reached 10% of 1st peak voltage>, <Point at which reached 30% of 1st peak voltage>, <Point at which reached 50% of 1st peak voltage>, <Point at which reached 90% of 1st peak voltage>, <Point of 1st peak>, <Point at which reached 90% of 1st peak voltage(After 1st peak)>, <Point at which reached 50% of 1st peak voltage(After 1st peak)>, <Peak point value 1>,<Peak point value 2>,...<Peak point value 10>, <Zero crosspoint value 1>,<Zero crosspoint value 2>,...<Zero crosspoint value 10> [ <Line delineator><judgment value>,...<judgment value>(Repeat for recorded pulses) ] RISe<Rise point>, <Point at which reached 10% of 1st peak voltage>, <Point at which reached 30% of 1st peak voltage>, <Point at which reached 50% of 1st peak voltage>, <Point at which reached 90% of 1st peak voltage>, <Point of 1st peak>, <Point at which reached 90% of 1st peak voltage(After 1st peak)>, <Point at which reached 50% of 1st peak voltage(After 1st peak)>, [ <Line delineator><judgment value>,...<judgment value>(Repeat for recorded pulses) ] PEAK<Peak point value 1>,<Peak point value 2>,...<Peak point value 10> [ <Line delineator><judgment value>,...<judgment value>(Repeat for recorded pulses) ] ZERocross<Zero crosspoint value 1>,<Zero crosspoint value 2>,...<Zero crosspoint value 10> [ <Line delineator><judgment value>,...<judgment value>(Repeat for recorded pulses) ] |
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Parameter |
<Measurement data type> |
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Explanation |
Command |
|
Query |
Returns the waveform rising position or peak position or zerocross position. |
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Example |
Command |
|
Query |
Rising position, peak position, zerocross position:RPDiv:FETCh:NODe? ALL Rising position:RPDiv:FETCh:NODe? RISe Peak position:RPDiv:FETCh:NODe? PEAK Zerocross position:RPDiv:FETCh:NODe? ZERocross |
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Response |
Rising position, peak position, zerocross position205, 213, 219, 225, 243, 265, 425, 828, 265,2109,2585,2946,3322,3701,4058,4433,4804,5171,1197,2402,2772,3144,3513,3884,4253,4623,4992,5362 Rising position205, 213, 219, 225, 243, 265, 425, 828 Peak position265,2109,2585,2946,3322,3701,4058,4433,4804,5171 Zerocross position1197,2402,2772,3144,3513,3884,4253,4623,4992,5362 |
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Note |
|
Syntax |
Command |
|
Query |
:MEMory:FETCh? <No data/ALL> |
|
Response |
![]() ![]() <Measurement status>,<Overall judgment result>,<Waveform surface area comparison judgment value>,<Waveform surface area comparison judgment result>,<Waveform difference surface area comparison judgment value>,<Waveform difference surface area comparison judgment result>,<Waveform flutter detection judgment value>,<Waveform flutter detection judgment result>,<Waveform secondary differential detection judgment value>,<Waveform secondary differential detection judgment result>,<LC and RC value area judgment LC value>,<LC and RC value area judgment RC value>[,<LC and RC value area judgment LC value>, ...],<LC and RC value area judgment result>,<Discharge judgment value>,<Discharge judgment result>[<Line delineator><Measurement status>, ...] ![]() <Measurement status>, <Step number>, <Applied voltage>, <Pulse number>, <Maximum voltage>, <Lowest voltage>, <Discharge judgment value>, <Peak value misalignment judgment value>, <Frequency misalignment judgment value>, <Rise time> [<Line delineator><Measurement status>,...(Repeat for recorded pulses) ] |
|
Parameter |
<No data/ALL> = No data:Punctuation between pulses is a message terminator/ALL:Punctuation between pulses is a slash (/) |
|
Explanation |
Command |
|
Query |
Returns the test results and judgment results saved to memory using memory functions. |
|
Example |
Command |
|
Query |
:MEMory:FETCh? |
|
Response |
![]() ![]()
0,PASS, -0.15,IN , 0.60,IN , 254,IN , 30,IN , 4.387E-14, 1.042E-08,IN , 2.84,NONE ![]()
0,1, 1.20000E+03,1, 1.19964E+03,-1.08393E+03, 2.25, 0.03, 0.03, 4.950E-07 |
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Note |
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