Wow now that is cool, I must have watched every DHO series vid on here, and these are the coolest.. Thanks for discovering this. I suspect that you saved one arb signal and then modified it in a spreadsheet?... I looked at the 50Mhz signal on a spec anal, and its surprisingly "clean", I saw no harmonics at 100 or 150 Mhz etc. I looked out to 500Mhz and saw only some close in noise at 6 Mhz away and -50db down... Nice work... Thanks, your videos are very interesting, as they depart from the usual material you can read in the manual... Great work...
@@stevelevesque939 Thanks so much for sharing this. On the your github page it looks like it was clipping at +-0.312 Volt. As long as you adjust the AMP figure in the header to allow exactly for the +- peaks, it is possible to go way beyond this voltage.
Hi, is it possible to have it output a signal, connect that to a breadboard then also connect a channel to the breadboard to measure the signal. So you can use it as a signal generator and oscilloscope at the same time. E.g I don't need another oscilloscope to monitor the signal?
@@stevelevesque939 Hi Steve. Further to this question, how do you feed the signal to a circuit? Does it have its own power ? Meaning, do I connect a DC power supply to the circuit as well?
![BLACK BAG - Official Trailer [HD] - Only in Theaters March 14](http://i.ytimg.com/vi/Du0Xp8WX_7I/mqdefault.jpg)
Thanks for showing us how to extend the range of the generator.
Wow now that is cool, I must have watched every DHO series vid on here, and these are the coolest.. Thanks for discovering this. I suspect that you saved one arb signal and then modified it in a spreadsheet?... I looked at the 50Mhz signal on a spec anal, and its surprisingly "clean", I saw no harmonics at 100 or 150 Mhz etc. I looked out to 500Mhz and saw only some close in noise at 6 Mhz away and -50db down... Nice work... Thanks, your videos are very interesting, as they depart from the usual material you can read in the manual... Great work...
I did not see any Rigol-related files on your GitHub page. Can you please provide a link?
h t t p s : / / github.com/levesqs/Rigol924s-ARB-file remove spaces
Thanks!@@stevelevesque939
Thanks very much for these files, it saved me a lot of time trying to work out how to do it with the sparse documentation.
@@stevelevesque939 Thanks so much for sharing this. On the your github page it looks like it was clipping at +-0.312 Volt. As long as you adjust the AMP figure in the header to allow exactly for the +- peaks, it is possible to go way beyond this voltage.
Hi, is it possible to have it output a signal, connect that to a breadboard then also connect a channel to the breadboard to measure the signal. So you can use it as a signal generator and oscilloscope at the same time. E.g I don't need another oscilloscope to monitor the signal?
yes , however the function generator is not a very powerful one. Depending on the loads you may want to buffer it with a gain of one in an op amp.
@@stevelevesque939 Hi Steve. Further to this question, how do you feed the signal to a circuit? Does it have its own power ? Meaning, do I connect a DC power supply to the circuit as well?