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RME User Forum → Miscellaneous → Can you help me understand why does the HPF change the +\-DC-OffSet ?
Hi there, Great Day to everyone
Can you help me understand why/how does the HPF change the +\-DC-OffSet ( to “ 0 “ ) ?
Before HPF:
After HPF:
I am asking because i want to understand -and know- how the audio signal is processed and coded and why and how can HPF work the way it does with the DC
If by HPF you mean high pass filter, it increasingly attenuates signal components as their frequency decreases. Typically, DC which corresponds to 0 Hz is entirely removed, i.e. attenuated infinitely.
@SoundLight: on windows with firefox: the URLs that you provided do not work.
Neither clickable, also copy and past doesnt work, as the URL / the text can not be selected by the mouse cursor.
Could you kindly edit your posting and provide the URL tags around the URL ?
[url]https://........[/url]@SoundLight: on windows with firefox: the URLs that you provided do not work.
Neither clickable, also copy and past doesnt work, as the URL / the text can not be selected by the mouse cursor.Could you kindly edit your posting and provide the URL tags around the URL ?
[url]https://........[/url]
Quote the post and the code becomes visible. It's in the picture environment but the links are dead/lead to locked content.
Anyways, in the quoted post, I have changed the picture environment to links (URLs) below.
Hi there, Great Day to everyone
Can you help me understand why/how does the HPF change the +\-DC-OffSet ( to “ 0 “ ) ?
Before HPF:
https://lh3.googleusercontent.com/Tzcba … 14-h215-no
After HPF:
https://lh3.googleusercontent.com/FIkRc … 14-h219-no
I am asking because i want to understand -and know- how the audio signal is processed and coded and why and how can HPF work the way it does with the DC
EDIT: Also right-click and "copy image address" works for me using Vivaldi on macOS.
@SoundLight: on windows with firefox: the URLs that you provided do not work.
Neither clickable, also copy and past doesnt work, as the URL / the text can not be selected by the mouse cursor.Could you kindly edit your posting and provide the URL tags around the URL ?
[url]https://........[/url]
does it work now?
( for whatever reason ) i had to reload the page for the images to show
ramses wrote:@SoundLight: on windows with firefox: the URLs that you provided do not work.
Neither clickable, also copy and past doesnt work, as the URL / the text can not be selected by the mouse cursor.Could you kindly edit your posting and provide the URL tags around the URL ?
[url]https://........[/url]Quote the post and the code becomes visible. It's in the picture environment but the links are dead/lead to locked content.
Anyways, in the quoted post, I have changed the picture environment to links (URLs) below.
SoundLight wrote:Hi there, Great Day to everyone
Can you help me understand why/how does the HPF change the +\-DC-OffSet ( to “ 0 “ ) ?
Before HPF:
https://lh3.googleusercontent.com/Tzcba … 14-h215-no
After HPF:
https://lh3.googleusercontent.com/FIkRc … 14-h219-no
I am asking because i want to understand -and know- how the audio signal is processed and coded and why and how can HPF work the way it does with the DC
EDIT: Also right-click and "copy image address" works for me using Vivaldi on macOS.
thank you jiw, for some reason i was unable to get images to work straight from google images
If by HPF you mean high pass filter, it increasingly attenuates signal components as their frequency decreases. Typically, DC which corresponds to 0 Hz is entirely removed, i.e. attenuated infinitely.
thank you, but what makes me Question, is: How does the HPF understand which part of the ( for example above sine wave ) Signal is DC and which is not, that it removes ?
I am talking about ( why does hpf remove ) DC offset, which is different from ( concept of ) DC
RME User Forum → Miscellaneous → Can you help me understand why does the HPF change the +\-DC-OffSet ?
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