8 Frequency Scan Measurement
Save
• 17dB at 210MHz
• 14.8dB at 225MHz
Then the file will look like:
• Amplitude Correction
• "Correction Factors for 11966E"
• "Class B Radiated"
• A.02.06,N9020A
• P13 EA3 UK6,01
• Frequency Unit,MHz
• Antenna Unit,dBuV/m
• Frequency Interpolation,Linear
• DATA
• 200.000000,0.00
• 210.000000,17.00
• 225.000000,14.80
The choices for the 1 of N fields in the metadata are as follows:
• Frequency Unit: Hz, kHz, MHz, GHz
• Antenna Unit: dBuv/m, dBuA/m, dBG, dBpT, None
• Frequency Interpolation: Logarithmic, Linear
Trace
Pressing this key selects Traces as the data type to be exported. Pressing this key when it is already
selected brings up the Trace Menu, which allows you to select which Trace to save.
The trace file contains “meta” data which describes the current setting of the analyzer, but it is not eh full
state of the analyzer. The trace file content is detailed in:
"Frequency Scan Trace File Content" on page 549
"Strip Chart Trace File Content" on page 550
"Monitor Spectrum Trace File Content" on page 551
Key Path
Save, Data
Remote Command
:MMEMory:STORe:TRACe:DATA TRACE1 | TRACE2 | TRACE3 | ALL,<filename>
Example :MMEM:STOR:TRAC:DATA TRACE2, "myTrace2.csv" exports the 2nd trace to the file myTrace2.csv
in the current path. The default path is My Documents\EMI\data\xxx\Traces where xxx is the
measurement name.
Notes If the save is initiated via SCPI, and the file already exists, the file will be overwritten.
548 EMI Receiver Mode Reference
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