Dear Experts,
Kindly suggest to me the values of capacitors, inductors, and resistors for the AI recommendation below for the Aiwa NSX_V900 speaker system!
For a crossover upgrade, I'd recommend a Linkwitz-Riley (LR) crossover design, which is a popular choice for its smooth, linear phase response and excellent impedance matching.
Here's a suggested crossover configuration for the NSXV900:
Kindly suggest to me the values of capacitors, inductors, and resistors for the AI recommendation below for the Aiwa NSX_V900 speaker system!
For a crossover upgrade, I'd recommend a Linkwitz-Riley (LR) crossover design, which is a popular choice for its smooth, linear phase response and excellent impedance matching.
Here's a suggested crossover configuration for the NSXV900:
- Woofer (5.25"): 12 dB/octave LR crossover at 250 Hz
- Mid-range (4"): 12 dB/octave LR crossover at 2,500 Hz
- Tweeter (1"): 12 dB/octave LR crossover at 5,000 Hz
My suggestion:
Don't invest money in those (cheap low quality) speakers.
Instead look for a kit or a proven design.
that is unless you want to make this a learning experience - in that case i recommend using a microphone with measuring and simulation software to investigate and test.
Don't invest money in those (cheap low quality) speakers.
Instead look for a kit or a proven design.
that is unless you want to make this a learning experience - in that case i recommend using a microphone with measuring and simulation software to investigate and test.
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It is very cheap and bad loudspeaker, effort to improve it is a waste of money and time.
Besides, it is impossible to design good crossover without measurements.
Buy some good loudspeakers.
Besides, it is impossible to design good crossover without measurements.
Buy some good loudspeakers.
@OMARGS what is your budget? room size? electronics to drive the speakers in question? That would help 😉
That depends!
Also it depends on the availability of drivers in your country.
Here are some suggestions:
https://www.diyaudio.com/community/...is-and-power-response-characteristics.390242/
https://ampslab-spk.com/projects/
But of course there are several more ...
The problem with AI is that it always sounds like it knows very well what it's talking about, when in many cases, such as this one, it clearly has no idea whatsoever.
re:'Kindly suggest'... no one can suggest anything without being given the impedance values at the proposed crossover frequencies, and relative sensitivities of the drivers. One wonders how 'AI' chose those crossover frequencies. Yep, AI doesn't mean the end of thinking for yourself if you want effective results.