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Well, THAT's Not Gonna Fucking Work!
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<blockquote data-quote="Charlie Hughes" data-source="post: 39939" data-attributes="member: 474"><p>Re: Well, THAT's Not Gonna Fucking Work!</p><p></p><p></p><p></p><p>Yes, the phase response will be affected by the choice of the t0 time relative to the true arrival of the IR. More specifically, properly choosing t0 can remove the excess delay (propagation time. latency, etc.) from the measurement an leave only the inherent phase response of the device under test. Deviations from the proper section of t0 will result in the signal (IR) arriving too early or too late which will cause changes to the phase response.</p><p></p><p>For a more detailed explanation see <a href="http://www.excelsior-audio.com/Publications/Phase_Response_&_Receive_Delay.pdf" target="_blank">http://www.excelsior-audio.com/Publications/Phase_Response_&_Receive_Delay.pdf</a>.</p></blockquote><p></p>
[QUOTE="Charlie Hughes, post: 39939, member: 474"] Re: Well, THAT's Not Gonna Fucking Work! Yes, the phase response will be affected by the choice of the t0 time relative to the true arrival of the IR. More specifically, properly choosing t0 can remove the excess delay (propagation time. latency, etc.) from the measurement an leave only the inherent phase response of the device under test. Deviations from the proper section of t0 will result in the signal (IR) arriving too early or too late which will cause changes to the phase response. For a more detailed explanation see [URL]http://www.excelsior-audio.com/Publications/Phase_Response_&_Receive_Delay.pdf[/URL]. [/QUOTE]
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