Default is 8192 because that is the maximum for the FY6900 so gives the highest horizontal resolution.

Only those input points which occur after the timestamp reaches zero are used as the base for sampling the output points from. The complete set of input points is used as the base for sampling the output points from. Every time you change the choice, the output is reconverted from the original and the graph shows the results. Since there is no Save As, you cannot choose a different destination file with this tool, so be sure to delete any existing csv_data.csv file in the folder you are using before you run Bin2csv!Īlternatively, use the scope Save/Recall menu to save a CSV file to a USB drive instead.Īt this point you can chose different output conversion options. It will append data if the file already exists, which is not what you want. Important Note: Bin2csv does not overwrite csv_data.csv. This produces a csv_data.csv file in the same folder as the bin file. To convert this to CSV, click the orange button in the scope mimic panel labelled “Bin_to_CSV_Tool” which downloads Bin2CSV.exe, and run it:Ĭlick Browse, locate your usr_wf_data.bin file and click Convert. Waveform Save is a shortcut to the Save/Recall menu Binary file save function and it produces a usr_wf_data.bin file for the browser to download. The orange buttons along the bottom allow direct access to some functions which are not available on the scope or are buried in menus. The scope has been set to a static IP address of 192.168.0.2, so visiting the address with a browser and then clicking on Instrument Control takes you to a mimic screen like this.Ĭlicking on the narrow button at the top right opens a control panel: This is connected to a x10 probe going into channel 4 of the scope. The FY6900 is set to AM waveform at 4 kHz and 4Vpp. This provides the fastest method of getting the waveform data from the scope, but the data can also be obtained using the Save/Recall button menu, saving the binary file to a flash drive. It was developed using a Siglent SDS 1104X-E scope which has an ethernet connection which allows direct control and file download using a browser, by setting a static IP address in the scope. This utility is only a file converter and does not communicate with the FY6900, so you need to have installed the FeelTech “DDS Signal PC Software” and the USB cable so that the resultant waveform can be stored in the FY6900. This is a utility for converting scope captures from a Siglent Digital Storage Oscilloscope into a format which is usable by a FeelElec FY6900 DDS Function/Arbitrary Waveform Generator so that it can stored in one of the Arb memories for replay. So I wrote a utility to convert from one to the other, and with some additional options. Since choosing the FeelTech FY6900 as my Arb, I found that it's software 'DDS Signal PC Software' can import a list of points but the format is not the same as exported by the Siglent SDS 1104X-E. If you have invested in an Arb from the same family as your 'scope then this is as easy as moving a USB Flash drive from the 'scope to the Arb, but such Arbs are not the cheapest option out there. When you are developing an embedded device, you often find yourself capturing an interesting signal with the 'scope that you would like to send back into your device.

Feeltech fy6900