3 ms·
...right up to about 20 kHz, whereafter YOU CAN'T HEAR THEM. Hence 44 kHz sampling. Seriously, A/B test this, you might be surprised. Also if you think that's
by jrabone 12y ago
...right up to about 20 kHz, whereafter YOU CAN'T HEAR THEM. Hence 44 kHz sampling.
Seriously, A/B test this, you might be surprised.
Also if you think that's anything like a square wave coming out of a guitar speaker (or that that is even desirable in the most case), I've got a bridge to sell you. And yes, I do play.
- rrrooss 12y agohttp://www.eirec.com/DPimages/digisqwvtest.jpg http://www.eirec.com/DPimages/digisqwvtest.jpg Okay here is a picture of what I'm trying to explain. And the author of this picture used a frequency much further inside human hearing range. This is transient response test I guess. My main argument is for the verbatim capture of the input wave. It will make the sound at 10k but it isn't the same wave that went in.