If I recall correctly, there is a fft viewer with the o-scope function so one could use that to get some idea of what's happening in the frequency domain without needing to open the spectrum analyzer.
Nice job! Big fan of Waveforms and use it daily in my professional life. On the AD2 and AD3 you can display the digital signals on your oscilloscope window so you can sync up triggering. It's a really nice feature!
To be fair though the current price is not very competitive. A red pitaya is much more integrated and cheaper, which is important for research institutes where time and money are limited.
at 19:30 I think that the current will be the same from the PSU to the DUT. The voltage will be different and that is the reason why you would want to implement a four wire prob. Ofc this applies to DC only , in AC current will differ.
Thank you. Never heard of waveforms before. Looks amazing, will go down the rabbit hole 😅
If I recall correctly, there is a fft viewer with the o-scope function so one could use that to get some idea of what's happening in the frequency domain without needing to open the spectrum analyzer.
AD Pro 2230 series coming out too (end of this month or March - iirc) that I'm looking forward to picking up.
Thank you for the video. Could you please make more videos on Eclypse Z7 ?
Nice job! Big fan of Waveforms and use it daily in my professional life.
On the AD2 and AD3 you can display the digital signals on your oscilloscope window so you can sync up triggering. It's a really nice feature!
Cool stuff, great electronics gear😊😊😊
To be fair though the current price is not very competitive. A red pitaya is much more integrated and cheaper, which is important for research institutes where time and money are limited.
at 19:30 I think that the current will be the same from the PSU to the DUT. The voltage will be different and that is the reason why you would want to implement a four wire prob. Ofc this applies to DC only , in AC current will differ.
Aye, that's my favorite power supply too 😉