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Visual Basic script that automatically sends vertical and horizontal sample point data to an Excel file and saves it as .csv waveform data. Comment lines in Japanese language.
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Generate automation code based on user interactions. You can test the generated code or copy it to your clipboard.
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Transfer the image from the oscilloscope to the PC and display it in the PictureBox prepared in the dialog.
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Waveform files saved in binary format are saved in the waveform template format described in the remote control manual. This sample program displays each attribute of a waveform template on an Excel sheet, and outputs the waveform data converted to voltage on a data sheet.
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Set/get values of P1 measurement parameters using automation commands via ActiveDSO.
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Using Python3, you can remotely control the oscilloscope via Ethernet (VICP). Remote control is also possible on operating systems such as Linux and Mac. You can also analyze binary files saved on the oscilloscope and convert them to single-precision floating-point arrays.
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This script steps executes triggers at each gain range in order to force calibration cycles so that after the script is complete, the scope will calibrate less frequently.
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This script software-triggers the scope every 5 seconds and then appends the "min", "max" and "mean" results for measurement P1 to a file on the oscilloscope's hard drive.
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