Hi all
I'm useing Audio Weaver 6.17.06 and I need advice
Which module are you using to apply baffle step compensation ?
Let's say that my baffle is 20cm in wide (90cm high) ?
Which module and settings would you use for it ?
Thanks
Best regards
Josip
Hi all
I'm useing Audio Weaver 6.17.06 and I need advice
Which module are you using to apply baffle step compensation ?
Let's say that my baffle is 20cm in wide (90cm high) ?
Which module and settings would you use for it ?
Thanks
Best regards
Josip
2:38pm
Hi Josip,
There are a variety of EQ modules listed in the Filter section of the Module Palette. The Second Order Filter implements different types of biquad filters using static design equations. The Cascade version of this module is another option if multiple EQ stages are desired. If you want more detailed control of the filter's frequency response, there are Biquad and FIR modules that allow users to specify the raw filter coefficients.
For any of these modules, if you want to visualize their frequency response you can right-click on the module and select "Plot Frequency Response". If you are repeatedly adjusting the filter's frequency response and want to more immediately visualize the change, you can add two Marker modules to the design and connect them with the EQ module(s) in between them. Then go to Tools -> Measurements -> New Measurement..., and configure the plot to display the frequency response of the module(s) in between the Markers. When a change is then made to the EQ module, you can click the "Update" button on the plot and see how the frequency response changes.
I hope this helps.
Thanks,
Michael
11:53am
Thanks Michael
As I'm not an expert I'm using Audio Weaver only in ''beginner mode'', don't know how to describe it.
If you have like 10 levels of experience I'm on level 1...no experience what so ever.
I used to have some DSP in the past, like behringer DCX2496, miniDSP 4x10HD, najda and all of them did come with some software that was more user friendly.
But Audio Weaver require more work to get things work...but will figure it out ;)
Right now I'm using ''symmetric high shelf 1 order '' module for baffle step compensation. The graf that I get, when I click ''plot frequance response'' look o.k. to me...
But was wondering what other user use, and am I doing it right.
Thanks
12:14pm
by the way
there is an article from Linkwitz about 4way active crossover
and was wondering is this the right way to implement it
https://www.linkwitzlab.com/frontiers_5.htm
this is how I use it right now for 3 way, but have plan to use it as 4 way
so I should use blocks like those
https://www.linkwitzlab.com/images/graphics/xo_topo-improved-s.png
oldo there is this article with ''perfect'' 4 way active crossover.
https://linkwitz.store/wp-content/uploads/2021/04/Filter-Topology-4-.pdf
page 4 and 5 show ''perfect'' setup.
Could some one make Audio Waver file with block implementing those solution from linkwitz and attach it here ?
I don't know which block to use for all pass filter ?
Thanks
1:38pm
Hi Josip,
The 4-way perfect crossover topology can be achieved using a single module in Audio Weaver. The Crossover Filter module implements a N-way crossover consisting of low-pass and high-pass filters and an all-pass phase compensation network. Check out the "Crossover Filter" section of this page to better understand how the module operates: https://dspconcepts.gitbook.io/dsp-concepts/audio-weaver/module-users-gu...
If you were to build your own crossover filter from more granular modules, the Butterworth Filter module's filterType variable can be set to lowpass, highpass, or allpass. But using this module to create the crossover network would be no different than just using a single Crossover Filter module.
For more information on any module, drag it out to the canvas and right click -> 'Help' to view the module's documentation.
Thanks,
Michael