WebAug 25, 2004 · 1100 (ft/sec)*1 (sec/10^3ms) = 1.1 ft Every 1 ms of delay added corresponds to 1.1 ft of increased distance of your rear speakers relative to your listening position. For Example: Setting the rear delay to 25ms would result equivalently placing the surround speakers 27.5 ft away from your listening position! As a rule of thumb: WebApr 30, 2024 · The speaker delay or “time alignment” formula is as follows: Delay needed on speaker line in question = Distance between main speaker line and speaker line in question divided by speed of sound …
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WebPhase delay: (the negative of) Phase divided by frequency Group delay: (the negative of) First derivative of phase vs frequency In words that means: Phase delay: Phase angle at this point in frequency Group delay: Rate of change of the phase around this point in frequency. When to use one or the other really depends on your application. WebJan 8, 2024 · Delay loudspeakers are typically deployed for several reasons: • Sound pressure levels (SPL) directly in front of the stage generated by the main loudspeakers … gargash group website
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WebMar 1, 2016 · If you need to calculate delay manually, then there’s a straightforward formula you can use to get pretty close: Ds = X/C*1000. … WebMay 24, 2024 · ( [farthest speaker] – [closest speaker ]) X 1.1308 ms = delay of closest speaker. In this case .5 X 1.1308 = 0.5654 ms. Now that not seem like much, but try balancing the room with that speaker 6 … black phone chat numbers