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True Audio TechTopics: Diffraction Loss
https://www.trueaudio.com/st_diff1.htm
Assuming that the 3 dB frequency is inversely proportional to the baffle diameter I have arrived at the following approximation for calculating the -3dB frequency as a function of baffle diameter. f(3) = 115/W(B) (where W(B) is …
Understanding Baffle Step and Diffraction - css-audio
https://www.css-audio.com/single-post/2018/09/14/Understanding-Baffle-Step-and-Diffraction
At higher frequencies that see the baffle as sufficiently acoustically large, you end up with a 6 dB increase in output. At lower frequencies as you go …
Post on Diffraction Loss Compensation - True Audio
https://www.trueaudio.com/post_005.htm
> I've been researching the idea of adding a baffle step compensation circuit > to my Marchand XM9 active crossover. The only thing that seems hard to do > is calculate the amount of boost actually needed as this is room dependent. > The theory, see John Murphy's article at www.trueaudio.com, suggests 6db > boost.
Baffle Step Compensation - sound-au.com
https://sound-au.com/bafflestep.htm
Introduction. The so called 'baffle step' is an increase in output from a loudspeaker as the size of the baffle becomes significant in terms of the wavelength of sound for a range of frequencies. At low frequencies, where the baffle (the panel the loudspeaker is mounted on) is small compared to the wavelength, the speaker is assumed to be operating with a spherical radiation pattern.
Calculate Baffle Diffraction Loss - mh-audio.nl
http://mh-audio.nl/Calculators/BDL.html
Calculate Baffle Diffraction Loss. Understanding Baffle Step and Diffraction Video. At high frequencies, a loudspeaker radiates sound directly forwards. At low frequencies, the sound "leaks" around the sides and rear of the enclosure, and becomes omnidirectional. This transition manifests itself as a loss of output on the forward axis at low frequencies, and in an anechoic …
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