All about horn speaker design-2

[@meowebahnhof8465]

Good to learn from you about the horn speakers, please more

[@Diy_enjoyment]

Thank you. Stay tuned.

[@CollectiveIntelligenceMusic]

Great videos mate. Keep em coming

[@Diy_enjoyment]

Thanks 👍

[@naomispirit-evokingemotion2267]

I'm not getting the same excel calculation results for "Radius (M), would you mind sharing the formula

[@Diy_enjoyment]

Hey. The formula to get the "radius" is to divide the "Growing" values in every step by Pi then take a square root: (growing/pi)^0.5

[@naomispirit-evokingemotion2267]

@@Diy_enjoyment Thank you for your reply =) Does Krm value imply on all the horn designs, for better determining the horn size/cut-off frequency? thanks

[@kiyaggadaniel8831]

talk about the synagy horns

[@eliaswiedner9695]

Pls more Videos about Horns. So besides the directivity control the Horn also brings a gain in sensitivity right? The transmission between driver and air gets better i think. Now are there any other Advantages?

[@Diy_enjoyment]

Thanks for your comment. Stay tuned for more videos.

[@naturalverities]

Lower harmonic distortion is another important advantage, as is a greater dynamic range before thermal compression becomes significant.

[@sc0or]

Hm.. Exponential horns for high frequencies must not exist, cause their m is huuuuge. 38 for 1k (and 380 for 10k). So, exp(3.8 or 38 or 380) are unbelievable numbers

[@Diy_enjoyment]

If you select the cutoff frequency around 1khz it won't mean its directivity starts at this frequency you should select a lower one and its expansion will be slower for the lower radius of a driver.

[@sc0or]

@@Diy_enjoyment I'd like to have a minimal "horn effect" with an exponential horn type, but as I can see this type of horns is for low freqs only

[@kiyaggadaniel8831]

please do