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So this almost never happens...
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<blockquote data-quote="Timo Beckman" data-source="post: 57119" data-attributes="member: 1173"><p>Re: So this almost never happens...</p><p></p><p></p><p></p><p>That's why i go to the trouble of correcting the phase response of a loudspeaker if given a well build one and proper processing . Also having loudspeakers with "flat phase" makes combining different models with similar behavior a lot easier .</p><p>[ATTACH]150553[/ATTACH] </p><p>This is a screenshot of the system I used during the experiment . </p><p>The red trace is the same system as the other 1 only with a 2nd order all-pass implemented . So there is a change in the time domain but no real change in the frequency domain . </p><p>To have 2 systems play together 1 with the response of the purple trace and 1 with the response of the red trace would give me a rather large cancelation around the 1kHz area provided they match in level .</p></blockquote><p></p>
[QUOTE="Timo Beckman, post: 57119, member: 1173"] Re: So this almost never happens... That's why i go to the trouble of correcting the phase response of a loudspeaker if given a well build one and proper processing . Also having loudspeakers with "flat phase" makes combining different models with similar behavior a lot easier . [ATTACH=CONFIG]150553.vB5-legacyid=4180[/ATTACH] This is a screenshot of the system I used during the experiment . The red trace is the same system as the other 1 only with a 2nd order all-pass implemented . So there is a change in the time domain but no real change in the frequency domain . To have 2 systems play together 1 with the response of the purple trace and 1 with the response of the red trace would give me a rather large cancelation around the 1kHz area provided they match in level . [/QUOTE]
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