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 Thank you for your reply =) Does Krm value imply on all the horn designs, for better determining the horn size/cut-off frequency? thanks
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
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.
Good to learn from you about the horn speakers, please more
Thank you. Stay tuned.
Great videos mate. Keep em coming
Thanks 👍
Hello. Why did you choose a cell with a circumference of 5.35 m rather than 4.6 m? For 4.6 m Krm is already 1,006.
It's better to choose the "krm" more than 1. You can try different values.
I read that for a low-frequency horn, Krm is better to choose from 0.7 to 1.0. For MF-HF from 1.0 and slightly more than 1.0.
The goal is a flat frequency response. Try different values please and get your own results.
Fine. I liked the videos you made. I watched almost everything. Thank you. Continue. Good luck.
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?
Thanks for your comment. Stay tuned for more videos.
Lower harmonic distortion is another important advantage, as is a greater dynamic range before thermal compression becomes significant.
I'm not getting the same excel calculation results for "Radius (M), would you mind sharing the formula
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
@@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
talk about the synagy horns
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
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.
@@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
please do