Great video. The only thing that should be explained more clearly is signal resolution. I had to look that up. In this video, higher resolution means it takes shorter time for the signal to be measured. The sampling rate is fixed for all signals in this video. Resolution = Sampling Rate (fixed in this video) / Duration of signal (number of samples)
This article might be a helpful supplement: community.sw.siemens.com/s/article/digital-signal-processing-sampling-rates-bandwidth-spectral-lines-and-more
That glass analogy is epic. I am showing this to my mates.
Enjoyed the metaphor, it makes the concept very intuitive yet you can still tell it has its roots in the underlying mathematics.
The metaphor is very good, very vivid and wonderful
Great introduction. It explains things to me. Thank you!
Can you make one video using audacity too? I want psd curve in it
Great and fun explanation! Thanks!
Perfect , Best explanation
Great video. The only thing that should be explained more clearly is signal resolution. I had to look that up. In this video, higher resolution means it takes shorter time for the signal to be measured. The sampling rate is fixed for all signals in this video. Resolution = Sampling Rate (fixed in this video) / Duration of signal (number of samples)
This article might be a helpful supplement: community.sw.siemens.com/s/article/digital-signal-processing-sampling-rates-bandwidth-spectral-lines-and-more
Very clear, thank you