hey there - just to offer my armchair two cents on the subject...
i am definitely no electrical engineer but to me Q, resonance and
bandwidth are basically the same thing. this is commonly found in
parametric EQs - there's not a lot of difference functionally between a
fully parametric one band E
Hello,
On 13.01.2015 04:20, Martin Peach wrote:
> I was looking at circuit diagrams for analog synthesizers recently and
> noticed that the "resonance" control is nothing more than feeding some
> fraction of the output back to the input. With more feedback oscillation
> occurs at the cutoff freque
sound on sound's synth secrets backs me up when I say resonant filters
amplify bands of frequencies ;)
shttp://www.soundonsound.com/sos/oct99/articles/synthsecrets.htm
not alone after all
2015-01-13 13:48 GMT-02:00 Alexandre Torres Porres :
> This bit of the wikipedia article on resonance about
This bit of the wikipedia article on resonance about "Q" (
http://en.wikipedia.org/wiki/Resonance#Q_factor ) mentions a lot of what we
read about "Ringing Filter", and how a higher Q will make it "ring"
longer... this is what you get from that bandpass in the EQ Cookbook that
says it has "constant
"*Ultimately I think "resonant" is a general descriptive term for filters,
that shouldn't be interpreted as a detail of implementation.*"
I guess you have a point there, and I was also driving to this conclusion.
"*It sounds like the Resonz UGen in supercollider is exactly what Julius
Smith is ta
It sounds like the Resonz UGen in supercollider is exactly what Julius
Smith is talking about in that description of the two-pole filter.
But then there's the other supercollider filter UGens with "resonant" in
the name, which seem more like what Martin was describing - RLPF (resonant
low-pass fil
I'm pending to say that there is no real distinction between "Resonant
filter" and a "resonator", and a "bandpass" can be implicitly thought of as
a resonator. Here's what I also found in Julius' website
https://ccrma.stanford.edu/~jos/filters/First_Order_Complex_Resonators.html
Pass the mouse cu
I was looking at circuit diagrams for analog synthesizers recently and
noticed that the "resonance" control is nothing more than feeding some
fraction of the output back to the input. With more feedback oscillation
occurs at the cutoff frequency for any type of filter, highpass, bandpass
or lowpass
Nice I give an impression to be an expert, but filters is just something
I've actually recently started studying :)
> I'm wondering if by "resonant" filter you mean the
> same thing as "resonator" filter?
Now you got me... good question, and I'm not sure, haha. The link looks
nice btw, will defin
Based on your posts in this group, you definitely know more about filters
than I do, so I don't really have an answer to this question - but I'm
wondering if by "resonant" filter you mean the same thing as "resonator"
filter?
I saw something interesting earlier today about using resonator filters
Hi, are bandpass and resonant filters the same? Or is there a difference
between calling one a resonant and not a bandpass?
thanks
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