3 ms·
What an awesome project! Was the bandwidth that narrow at the resonant frequency? Intuitively, I wouldn't have expected that "wet string" has a high Q. :) If
by anyfoo 2y ago
What an awesome project!
Was the bandwidth that narrow at the resonant frequency? Intuitively, I wouldn't have expected that "wet string" has a high Q. :)
If I had been your student, I would have had great fun with it.
- chillingeffect 2y agoResonace/ringing is essentially the enemy of bandwidth. Consider a taut guitar string... you can't change its magnitude easily.
- anyfoo 2y agoWhat do you mean, cannot change its magnitude easily? I can just pluck it harder or softer? Do you mean frequency response? And the bandwidth of a resonant circuit depends on its Q. Hence my question about a wet string’s Q, which might well be different from a guitar string’s Q. https://www.allaboutcircuits.com/uploads/articles/series-resonant-circuits-graph3.jpg https://www.allaboutcircuits.com/uploads/articles/series-res...