Agilent N518xA, E8663B, E44x8C, and E82x7D Signal Generators Programming Guide 267
Creating and Downloading Waveform Files
Programming Examples
Get #FileHandle, index + 1, data '(index+1) is the record number
iq_data(index) = data
Next index
Close #FileHandle 'Close the file
'Write the command to the Header string. NOTE: syntax
Header = "MEM:DATA ""/USER/WAVEFORM/IQ_DataVB"","
'Now write the data to the signal generator's non-volatile memory (NVWFM)
SigGen.WriteIEEEBlock Header, iq_data
SigGen.WriteString "*OPC?" 'Wait for the operation to complete
response = SigGen.ReadString 'Signal generator reponse to the OPC? query
Call MsgBox("Data downloaded to the signal generator", vbOKOnly, "Download")
Exit Sub
errorhandler:
MsgBox Err.Description, vbExclamation, "Error Occurred", Err.HelpFile, Err.HelpContext
Exit Sub
file_error:
Call MsgBox(Err.Description, vbOKOnly) 'Display any error message
Close #FileHandle
End Sub
HP Basic Programming Examples
This section contains the following programming examples:
• “Creating and Downloading Waveform Data Using HP BASIC for Windows®” on page 267
• “Creating and Downloading Waveform Data Using HP BASIC for UNIX” on page 270
• “Creating and Downloading E443xB Waveform Data Using HP BASIC for Windows” on page 272
• “Creating and Downloading E443xB Waveform Data Using HP Basic for UNIX” on page 274
Creating and Downloading Waveform Data Using HP BASIC for Windows®
On the documentation CD, this programming example’s name is “hpbasicWin.txt.”
The following program will download a waveform using HP Basic for Windows into volatile ARB
memory. The waveform generated by this program is the same as the default SINE_TEST_WFM
waveform file available in the signal generator’s waveform memory. This code is similar to the code
shown for BASIC for UNIX but there is a formatting difference in line 130 and line 140.
To download into non- volatile memory, replace line 190 with:
190 OUTPUT @PSG USING "#,K";":MMEM:DATA ""NVWFM:testfile"", #"
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