A/D and D/A Sampling Theory

[@PrashantBabu-k6t]

This is the best video I've seen on frequency folding. The fan fold technique makes it so easy to understand. Thank you for this video!

[@naiqianren9252]

Very intuitive explanation of the Sampling Theory. This helped me understanding the concept of under sampling.

[@mauricemishaw1682]

Excellent explanation video of nyquist zones and undersampling benefits

[@amitsason7271]

one of the best explanations of IF and base band sampling!!!

[@MUTIUBELLO-bm2hj]

Thanks for this great knowledge sharing

[@Cycleplayer117]

The best example, deserves more views

[@mwerensteijn]

Amazing video, very clear explained, thank you!

[@SěmtêxČØŴv2.0]

Suburb explanation of fan folding. Thanks.

[@henkvisser3925]

Excellent presentation!

[@shakti367]

excellently explained

[@samihawasli7408]

Great presentation! As a front end guy I got roped into helping with the digital side of things. Your talk really helped to clarify a few things. Question though: On slide 11. If the situation were revered and we were working with a D/A, would the exact same thing happen? The D/A Fs = 40 Mhz, and we are trying to produce 30 Mhz, we would see an alias at 10 MHz?

[@terjeoseberg990]

Yes.

[@mheuuj]

Great explanation

[@terjeoseberg990]

At 1:40, that’s the weirdest sine wave I’ve ever seen!

[@michaellove7912]

great video!

[@tranguyen758]

Thank you! Very useful.

[@theoryandapplication7197]

thank you very much

[@rolaki]

Thank you

[@xiric2511]

Thank you !!!!

[@Zoey-ut2jc]

THANKKK YOUUUU !!!!

[@ahmednor5806]

🙏🌹

[@Aemilindore]

Thank you

[@robv3872]

very good!