### Querying the reference data

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. Returns the voltage values for all sampling points of the master voltage waveform. Returns the LC and RC values for maximum 1000 groups for the basic LC and RC values. A header is not added to the response message.
Example | Command |
Query | ###### Master voltage waveform :REFerence:DATA? VOLTage ###### Reference LC and RC values :REFerence:DATA? LCRC
Response | ###### Master voltage waveform 1.09699E+00, 8.50683E-01, ... -1.09389E+02 ###### Reference LC and RC values 1.674E-15, 3.642E-09, 1.672E-15, 3.030E-09, ...
Note |  |

### Querying judgment results

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. If DISCHARGE DETECTION UPGRADE (ST9000) is not incorporated, the discharge judgment results are not output. A header is not added to the response message.
Example | Command |
Query | :FETCh:RESult?
Response | FAIL,IN ,IN ,OUT ,OUT ,IN ,IN
Note |  |

### Querying the test waveforms

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 <No data/ALL/BINary> = No data:Punctuation between pulses is a message terminator/ALL:Punctuation between pulses is a slash (/)/BINary:Response in binary format <Start point> = 1 to Number of sampling data (NR1) <End point> = 1 to Number of sampling data (NR1)
Explanation | Command |
Query | Returns the test waveform. Returns the voltage values of the voltage waveform either from the start point to the end point, or for all sampling points. Returns the discharge quantities of the discharge waveform from the start point to the end point, or for all sampling points. A header is not added to the response message. If there are multiple measurement pulses, the areas between the voltage value/discharge component value groups for each pulse are punctuated using a line delineator (message terminator or /). For :FETCh:WAVeform? <Waveform data type> : message terminator For :FETCh:WAVeform? <Waveform data type>,ALL : slash (/) For the binary data, the number of transfer bytes is output at the top, and the waveform data is output next, and the therminator is output at the end. *1：Identifier. *2：Number of bytes in the waveform data byte count area. Data format is big-endian, single-precision floating-point, IEEE standard format.
Example | Command |
Query | ###### Voltage waveform :FETCh:WAVeform? VOLTage ###### Discharge waveform :FETCh:WAVeform? DISCharge
Response | ###### Voltage waveform 1.09699E+00, 8.50683E-01, ... -1.09389E+02 ###### Discharge waveform 1.09, 8.50, ... 1.08
Note |  |

### Querying judgment values per pulse

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. If DISCHARGE DETECTION UPGRADE (ST9000) is not incorporated, the discharge judgment value are not output. A header is not added to the response message. If there are multiple measurement pulses, the areas between the judgment results for each pulse are punctuated using a line delineator (message terminator or /). For :FETCh:PULSe? : message terminator For :FETCh:PULSe? ALL : slash (/)
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 |  | If funning :FETCh:PULSe? , only the judgment values for the 1st pulse are returned with 1(talker-specified receive operation. To obtain all the judgement values, either implement the operation to receive measurement pulses several times, or send :FETCh:PULSe? ALL , and then implement the receive operation once. The difference between :FETCh:PULSe? and :FETCh:PULSe? ALL is merely the difference between whether the data delineator is a message terminato or a slash (/). If funning :FETCh:PULSe? , it is not necessary to receive the measruement pulses several times to obtain all the judgement valuse.

### Querying judgment results per pulse

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. A header is not added to the response message. If there are multiple measurement pulses, the areas between the judgment results for each pulse are punctuated using a line delineator (message terminator or /). For :FETCh:PULSe:RESult? : message terminator For :FETCh:PULSe:RESult? ALL : slash (/)
Example | Command |
Query | :FETCh:PULSe:RESult?
Response | PASS,IN ,IN ,IN ,IN ,IN ,IN FAIL,IN ,IN ,OUT ,OUT ,IN ,IN
Note |  |

### Querying the rise time

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> No type:Result using formula according to setting of :RISetime command. 1:Result using formula of lightning impulse voltage. 2:Result using formula of switching impulse voltage. 3:Result using formula of lightning impulse current. 4:Result using formula of transient response. <No data/ALL> No data:Punctuation between pulses is a message terminator ALL:Punctuation between pulses is a slash (/)
Explanation | Command |
Query | Returns the rise time. A header is not added to the response message. If there are multiple measurement pulses, the areas between the voltage value/discharge component value groups for each pulse are punctuated using a line delineator (message terminator or /). For :FETCh:RISetime? <Waveform data type> : message terminator For :FETCh:RISetime? <Waveform data type>,ALL : slash (/)
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 voltage 3.123E-7, 2.123E-6 ###### 2:Result using formula of switching impulse voltage 3.123E-7, 2.123E-6, 1.123E-6 ###### 3:Result using formula of lightning impulse current 3.234E-7, 2.234E-6 ###### Result using formula of transient response 2.123E-7
Note |  | By specifying parameters, it is possible to obtain rise time using a calculation method different from the setting of :RISetime command. The unit of time is seconds. If funning :FETCh:RISetime? , only the judgment values for the 1st pulse are returned with 1(talker-specified receive operation. To obtain all the judgement values, either implement the operation to receive measurement pulses several times, or send :FETCh:RISetime? ALL , and then implement the receive operation once. The difference between :FETCh:RISetime? and :FETCh:RISetime? ALL is merely the difference between whether the data delineator is a message terminato or a slash (/). If funning :FETCh:RISetime? , it is not necessary to receive the measruement pulses several times to obtain all the judgement valuse.

### Querying the waveform rising position or peak position or zerocross position

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> ALL:Rising position, peak position, zerocross position RISe:Rising position PEAK:Peak position ZERocross:Zerocross position <No data/ALL> No data:Punctuation between pulses is a message terminator ALL:Punctuation between pulses is a slash (/)
Explanation | Command |
Query | Returns the waveform rising position or peak position or zerocross position. A header is not added to the response message. If there are multiple measurement pulses, the areas between the voltage value/discharge component value groups for each pulse are punctuated using a line delineator (message terminator or /). For :FETCh:NODe? <Waveform data type> : message terminator For :FETCh:NODe? <Waveform data type>,ALL : slash (/)
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 position 205, 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 position 205, 213, 219, 225, 243, 265, 425, 828 ###### Peak position 265,2109,2585,2946,3322,3701,4058,4433,4804,5171 ###### Zerocross position 1197,2402,2772,3144,3513,3884,4253,4623,4992,5362
Note |  | If funning :FETCh:NODe? , only the judgment values for the 1st pulse are returned with 1(talker-specified receive operation. To obtain all the judgement values, either implement the operation to receive measurement pulses several times, or send :FETCh:NODe? ALL , and then implement the receive operation once. The difference between :FETCh:NODe? and :FETCh:NODe? ALL is merely the difference between whether the data delineator is a message terminato or a slash (/). If funning :FETCh:NODe? , it is not necessary to receive the measruement pulses several times to obtain all the judgement valuse.

### Querying the measurement data

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 <No data/ALL> = No data:Punctuation between pulses is a message terminator/ALL:Punctuation between pulses is a slash (/) ###### Measurement status ###### Overall judgment result ###### Judgment result
Explanation | Command |
Query | Returns the measurement data. If DISCHARGE DETECTION UPGRADE (ST9000) is not incorporated, the discharge judgment value and results are not output. A header is not added to the response message. If there are multiple measurement pulses using the peak voltage and zero crosspoint of the measurement data types, the areas between the measurement data for each pulse are punctuated using a line delineator (message terminator or /). For :FETCh? <Measurement data type> : message terminator For :FETCh? <Measurement data type>,ALL : slash (/)
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 judgments 0,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 judgment 10.00,IN ###### Waveform flutter detection judgment 100000,OUT ###### Waveform secondary differential detection judgment 200000,OUT ###### LC and RC value area judgment 1.674E-15, 3.642E-09, 1.672E-15, 3.030E-09, ...,IN ###### Discharge judgment AUTO 1.09,IN FIXED 101.38,OUT ###### Peak voltage 3.20000E+03, 3.10000E+03, ... 3.30000E+03 ###### Zero crosspoint 310, 420, ... 530
Note |  |

### Querying judgment values per pulse

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. A header is not added to the response message. If there are multiple measurement pulses, the areas between the judgment results for each pulse are punctuated using a line delineator (message terminator or /). For :BDV:FETCh:STEP? : message terminator For :BDV:FETCh:STEP? ALL : slash (/)
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 |  | If funning :BDV:FETCh:STEP? , only the judgment values for the 1st pulse are returned with 1(talker-specified receive operation. To obtain all the judgement values, either implement the operation to receive measurement pulses several times, or send :BDV:FETCh:STEP? ALL , and then implement the receive operation once. The difference between :BDV:FETCh:STEP? and :BDV:FETCh:STEP? ALL is merely the difference between whether the data delineator is a message terminato or a slash (/). If funning :BDV:FETCh:STEP? , it is not necessary to receive the measruement pulses several times to obtain all the judgement valuse.

### Querying the judgment results for breakdown voltage evaluation tests

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. A header is not added to the response message.
Example | Command |
Query | :BDV:FETCh:RESult?
Response | FAIL,PASS,PASS,FAIL,PASS,PASS
Note |  |

### Querying the test waveforms for breakdown voltage evaluation tests

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 <No data/ALL> = No data:Punctuation between waveforms is a message terminator/ALL:Punctuation between waveforms is a slash (/) <Start point> = 1 to Number of sampling data (NR1) <End point> = 1 to Number of sampling data (NR1)
Explanation | Command |
Query | Returns the test waveforms for breakdown voltage evaluation tests. Returns the voltage values of the voltage waveform either from the start point to the end point, or for all sampling points. Returns the discharge quantities of the discharge waveform from the start point to the end point, or for all sampling points. A header is not added to the response message. If there are multiple waveforms, the areas between the voltage value/discharge component value groups for each waveform are punctuated using a line delineator (message terminator or /). For :BDV:FETCh:WAVeform? <Waveform data type> : message terminator For :BDV:FETCh:WAVeform? <Waveform data type>,ALL : slash (/)
Example | Command |
Query | ###### Voltage waveform :BDV:FETCh:WAVeform? VOLTage ###### Discharge waveform :BDV:FETCh:WAVeform? DISCharge
Response | ###### Voltage waveform 1.09699E+00, 8.50683E-01, ... -1.09389E+02 ###### Discharge waveform 1.09, 8.50, ... 1.08
Note |  |

### Querying the rise time for breakdown voltage evaluation tests

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> No type:Result using formula according to setting of :RISetime command. 1:Result using formula of lightning impulse voltage. 2:Result using formula of switching impulse voltage. 3:Result using formula of lightning impulse current. 4:Result using formula of transient response. <No data/ALL> No data:Punctuation between pulses is a message terminator ALL:Punctuation between pulses is a slash (/)
Explanation | Command |
Query | Returns the rise time. A header is not added to the response message. If there are multiple measurement pulses, the areas between the voltage value/discharge component value groups for each pulse are punctuated using a line delineator (message terminator or /). For :BDV:FETCh:RISetime? <Waveform data type> : message terminator For :BDV:FETCh:RISetime? <Waveform data type>,ALL : slash (/)
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 voltage 3.123E-7, 2.123E-6 ###### 2:Result using formula of switching impulse voltage 3.123E-7, 2.123E-6, 1.123E-6 ###### 3:Result using formula of lightning impulse current 3.234E-7, 2.234E-6 ###### Result using formula of transient response 2.123E-7
Note |  | By specifying parameters, it is possible to obtain rise time using a calculation method different from the setting of :RISetime command. The unit of time is seconds. If funning :BDV:FETCh:RISetime? , only the judgment values for the 1st pulse are returned with 1(talker-specified receive operation. To obtain all the judgement values, either implement the operation to receive measurement pulses several times, or send :BDV:FETCh:RISetime? ALL , and then implement the receive operation once. The difference between :BDV:FETCh:RISetime? and :BDV:FETCh:RISetime? ALL is merely the difference between whether the data delineator is a message terminato or a slash (/). If funning :BDV:FETCh:RISetime? , it is not necessary to receive the measruement pulses several times to obtain all the judgement valuse.

### Querying the waveform rising position or peak position or zerocross position for breakdown voltage evaluation tests

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> ALL:Rising position, peak position, zerocross position RISe:Rising position PEAK:Peak position ZERocross:Zerocross position <No data/ALL> No data:Punctuation between pulses is a message terminator ALL:Punctuation between pulses is a slash (/)
Explanation | Command |
Query | Returns the waveform rising position or peak position or zerocross position. A header is not added to the response message. If there are multiple measurement pulses, the areas between the voltage value/discharge component value groups for each pulse are punctuated using a line delineator (message terminator or /). For :BDV:FETCh:NODe? <Waveform data type> : message terminator For :BDV:FETCh:NODe? <Waveform data type>,ALL : slash (/)
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 position 205, 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 position 205, 213, 219, 225, 243, 265, 425, 828 ###### Peak position 265,2109,2585,2946,3322,3701,4058,4433,4804,5171 ###### Zerocross position 1197,2402,2772,3144,3513,3884,4253,4623,4992,5362
Note |  | If funning :BDV:FETCh:NODe? , only the judgment values for the 1st pulse are returned with 1(talker-specified receive operation. To obtain all the judgement values, either implement the operation to receive measurement pulses several times, or send :BDV:FETCh:NODe? ALL , and then implement the receive operation once. The difference between :BDV:FETCh:NODe? and :BDV:FETCh:NODe? ALL is merely the difference between whether the data delineator is a message terminato or a slash (/). If funning :BDV:FETCh:NODe? , it is not necessary to receive the measruement pulses several times to obtain all the judgement valuse.

### Querying the measurement data for breakdown voltage evaluation tests

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. A header is not added to the response message.
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 judgments 0,FAIL, 0.34,PASS, 1.59,PASS, 3.21,FAIL, 0.01,PASS, 0.20,PASS ###### Waveform surface area comparison judgment 0.34,PASS ###### LC and RC value judgment 1.59,PASS ###### Discharge judgment 3.21,FAIL ###### Peak value misalignment judgment 0.01,PASS ###### Frequency misalignment judgment 0.20,PASS
Note |  |

### Querying the measurement data for discharge inception voltage tests

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. A header is not added to the response message.
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.

### Querying judgment values per pulse

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. A header is not added to the response message. If there are multiple measurement pulses, the areas between the judgment results for each pulse are punctuated using a line delineator (message terminator or /). For :RPDiv:FETCh:STEP? : message terminator For :RPDiv:FETCh:STEP? ALL : slash (/)
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 |  | If funning :RPDiv:FETCh:STEP? , only the judgment values for the 1st pulse are returned with 1(talker-specified receive operation. To obtain all the judgement values, either implement the operation to receive measurement pulses several times, or send :RPDiv:FETCh:STEP? ALL , and then implement the receive operation once. The difference between :RPDiv:FETCh:STEP? and :RPDiv:FETCh:STEP? ALL is merely the difference between whether the data delineator is a message terminato or a slash (/). If funning :RPDiv:FETCh:STEP? , it is not necessary to receive the measruement pulses several times to obtain all the judgement valuse.

### Querying the presence of measurement values for discharge inception voltage tests

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. Measurements with value detected be set to 1.　Measurements with no value detected be set to 0. A header is not added to the response message.
Example | Command |
Query | :RPDiv:FETCh:VALid? ALL
Response | 1,1,1,1,1,1,1
Note |  |

### Querying the test waveforms for discharge inception voltage tests

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 <No data/ALL> = No data:Punctuation between waveforms is a message terminator/ALL:Punctuation between waveforms is a slash (/) <Start point> = 1 to Number of sampling data (NR1) <End point> = 1 to Number of sampling data (NR1)
Explanation | Command |
Query | Returns the test waveforms for discharge inception voltage tests. Get waveforms of a typical test voltage. Returns the voltage values of the voltage waveform either from the start point to the end point, or for all sampling points. Returns the discharge quantities of the discharge waveform from the start point to the end point, or for all sampling points. A header is not added to the response message. If there are multiple waveforms, the areas between the voltage value/discharge component value groups for each waveform are punctuated using a line delineator (message terminator or /). For :RPDiv:FETCh:WAVeform? <Waveform data type> : message terminator For :RPDiv:FETCh:WAVeform? <Waveform data type>,ALL : slash (/)
Example | Command |
Query | ###### Voltage waveform :RPDiv:FETCh:WAVeform? VOLTage ###### Discharge waveform :RPDiv:FETCh:WAVeform? DISCharge
Response | ###### Voltage waveform 1.09699E+00, 8.50683E-01, ... -1.09389E+02 ###### Discharge waveform 1.09, 8.50, ... 1.08
Note |  | If funning :RPDiv:FETCh:WAVeform? , only the 1st waveform for the 1st pulse are returned with 1(talker-specified receive operation. To obtain the full waveform, either implement the operation to receive waveforms several times, or send :RPDiv:FETCh:WAVeform? ALL , and then implement the receive operation once. The difference between :RPDiv:FETCh:WAVeform? and :RPDiv:FETCh:WAVeform? ALL is merely the difference between whether the data delineator is a message terminato or a slash (/). If funning :RPDiv:FETCh:WAVeform? , it is not necessary to receive waveform several times to obtain all the full waveform.

### Querying judgment values per pulse for discharge inception voltage tests

Syntax | Command |
Query | :RPDiv:FETCh:STEP? <No data/ALL>
Response | Get judgement values of a typical test voltage. <Measurement status>, <Applied voltage>, <Maximum voltage>, <Lowest voltage>, <Discharge judgment value>, <Peak value misalignment judgment value>, <Frequency misalignment judgment value>, <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)> [ <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. A header is not added to the response message. If there are multiple measurement pulses, the areas between the judgment results for each pulse are punctuated using a line delineator (message terminator or /). For :RPDiv:FETCh:STEP? : message terminator For :RPDiv:FETCh:STEP? ALL : slash (/)
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 |  | If funning :RPDiv:FETCh:STEP? , only the judgment values for the 1st pulse are returned with 1(talker-specified receive operation. To obtain all the judgement values, either implement the operation to receive measurement pulses several times, or send :RPDiv:FETCh:STEP? ALL , and then implement the receive operation once. The difference between :RPDiv:FETCh:STEP? and :RPDiv:FETCh:STEP? ALL is merely the difference between whether the data delineator is a message terminato or a slash (/). If funning :RPDiv:FETCh:STEP? , it is not necessary to receive the measruement pulses several times to obtain all the judgement valuse.

### Querying the rise time for discharge inception voltage tests

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> No type:Result using formula according to setting of :RISetime command. 1:Result using formula of lightning impulse voltage. 2:Result using formula of switching impulse voltage. 3:Result using formula of lightning impulse current. 4:Result using formula of transient response. <No data/ALL> No data:Punctuation between pulses is a message terminator ALL:Punctuation between pulses is a slash (/)
Explanation | Command |
Query | Returns the rise time. A header is not added to the response message. If there are multiple measurement pulses, the areas between the voltage value/discharge component value groups for each pulse are punctuated using a line delineator (message terminator or /). For :RPDiv:FETCh:RISetime? <Waveform data type> : message terminator For :RPDiv:FETCh:RISetime? <Waveform data type>,ALL : slash (/)
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 voltage 3.123E-7, 2.123E-6 ###### 2:Result using formula of switching impulse voltage 3.123E-7, 2.123E-6, 1.123E-6 ###### 3:Result using formula of lightning impulse current 3.234E-7, 2.234E-6 ###### Result using formula of transient response 2.123E-7
Note |  | By specifying parameters, it is possible to obtain rise time using a calculation method different from the setting of :RISetime command. The unit of time is seconds. If funning :RPDiv:FETCh:RISetime? , only the judgment values for the 1st pulse are returned with 1(talker-specified receive operation. To obtain all the judgement values, either implement the operation to receive measurement pulses several times, or send :RPDiv:FETCh:RISetime? ALL , and then implement the receive operation once. The difference between :RPDiv:FETCh:RISetime? and :RPDiv:FETCh:RISetime? ALL is merely the difference between whether the data delineator is a message terminato or a slash (/). If funning :RPDiv:FETCh:RISetime? , it is not necessary to receive the measruement pulses several times to obtain all the judgement valuse.

### Querying the waveform rising position or peak position or zerocross position for discharge inception voltage tests

Syntax | Command |
Query | :RPDiv: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> ALL:Rising position, peak position, zerocross position RISe:Rising position PEAK:Peak position ZERocross:Zerocross position <No data/ALL> No data:Punctuation between pulses is a message terminator ALL:Punctuation between pulses is a slash (/)
Explanation | Command |
Query | Returns the waveform rising position or peak position or zerocross position. A header is not added to the response message. If there are multiple measurement pulses, the areas between the voltage value/discharge component value groups for each pulse are punctuated using a line delineator (message terminator or /). For :RPDiv:FETCh:NODe? <Waveform data type> : message terminator For :RPDiv:FETCh:NODe? <Waveform data type>,ALL : slash (/)
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
Response | ###### Rising position, peak position, zerocross position 205, 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 position 205, 213, 219, 225, 243, 265, 425, 828 ###### Peak position 265,2109,2585,2946,3322,3701,4058,4433,4804,5171 ###### Zerocross position 1197,2402,2772,3144,3513,3884,4253,4623,4992,5362
Note |  | If funning :RPDiv:FETCh:NODe? , only the judgment values for the 1st pulse are returned with 1(talker-specified receive operation. To obtain all the judgement values, either implement the operation to receive measurement pulses several times, or send :RPDiv:FETCh:NODe? ALL , and then implement the receive operation once. The difference between :RPDiv:FETCh:NODe? and :RPDiv:FETCh:NODe? ALL is merely the difference between whether the data delineator is a message terminato or a slash (/). If funning :RPDiv:FETCh:NODe? , it is not necessary to receive the measruement pulses several times to obtain all the judgement valuse.

### Querying test results and judgment results saved to memory using memory functions

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. A header is not added to the response message. If there are multiple test results and judgment results, the areas between each test result and judgment result are punctuated using a line delineator (message terminator or /). For :MEMory:FETCh? : message terminator For :MEMory:FETCh? ALL : slash (/) <Rise time> will change to <Virtual front time>,<Virtual tail time> or <Front time>,<Virtual time time>,<Time above 90%> on your choice of the calculation formula of rise time.
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,PASS, -0.12,IN , 0.62,IN , 254,IN , 30,IN , 4.388E-14, 1.060E-08,IN , 2.75,NONE 0,PASS, -0.01,IN , 1.20,IN , 254,IN , 28,IN , 4.388E-14, 1.086E-08,IN , 2.70,NONE 0,PASS, -0.08,IN , 0.89,IN , 253,IN , 32,IN , 4.387E-14, 1.057E-08,IN , 2.90,NONE 0,PASS, -0.11,IN , 0.49,IN , 253,IN , 28,IN , 4.388E-14, 1.060E-08,IN , 2.66,NONE 0,1, 1.20000E+03,1, 1.19964E+03,-1.08393E+03, 2.25, 0.03, 0.03, 4.950E-07 0,1, 1.20000E+03,2, 1.20031E+03,-1.08470E+03, 1.95, 0.03, 0.00, 4.600E-07 0,1, 1.20000E+03,3, 1.19996E+03,-1.08393E+03, 2.04, 0.00, 0.00, 4.850E-07 0,2, 1.30000E+03,1, 1.29986E+03,-1.17398E+03, 12.50, 0.00, 0.00, 4.650E-07 0,2, 1.30000E+03,2, 1.29885E+03,-1.17526E+03, 2.74, 0.08, 0.03, 5.250E-07 0,2, 1.30000E+03,3, 1.29982E+03,-1.17514E+03, 2.15, 0.00, 0.00, 4.650E-07 0,3, 1.40000E+03,1, 1.39971E+03,-1.26494E+03, 26.85, 0.05, 0.04, 4.800E-07 0,3, 1.40000E+03,2, 1.40069E+03,-1.26557E+03, 12.20, 0.02, 0.03, 5.200E-07 0,3, 1.40000E+03,3, 1.40043E+03,-1.26624E+03, 2.13, 0.00, 0.04, 4.650E-07 0,4, 1.30000E+03,1, 1.30099E+03,-1.17581E+03, 12.55, 0.00, 0.00, 4.600E-07 0,4, 1.30000E+03,2, 1.30011E+03,-1.17648E+03, 2.09, 0.06, 0.04, 4.650E-07 0,4, 1.30000E+03,3, 1.30095E+03,-1.17570E+03, 2.22, 0.00, 0.06, 4.700E-07 0,5, 1.20000E+03,1, 1.20137E+03,-1.08455E+03, 2.92, 0.02, 0.00, 4.550E-07 0,5, 1.20000E+03,2, 1.20109E+03,-1.08442E+03, 2.27, 0.00, 0.04, 4.650E-07 0,5, 1.20000E+03,3, 1.20098E+03,-1.08503E+03, 2.21, 0.01, 0.03, 4.800E-07
Note |  |