Are there anymore crossovers like the one Celmo did but with different types of crossover networks?
Thx
Crossovers
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In general they are supposed to, but dedicated cross-overs will often i.e. dampen the tweeter, if it has a higher output, than the bass.
However, the idea is, that if the enclosures, you want to use are well combined, then you just cut highs from the bass, and cut lows from the tweeter (and cut lows and highs from the middle, if you use a 3-way system).
So, if you want the x-over frequency at 200Hz you basically just high-cut the bas at 200Hz and lo-cut the rest at 200Hz. The Cut frequency on high/lo-cuts is where the sound is dampened 3dB, but as both signals will be damped 3dB, the sum will be a flat signal. Start out with that.
The High and Lo-cuts are 12dB/octave. In the 2448 mixer, you will find steeper cuts in the EQ-section.
If you use software-x-overs, it is even more important, that you switch off/turn down your amplifier, while loading projects!
However, the idea is, that if the enclosures, you want to use are well combined, then you just cut highs from the bass, and cut lows from the tweeter (and cut lows and highs from the middle, if you use a 3-way system).
So, if you want the x-over frequency at 200Hz you basically just high-cut the bas at 200Hz and lo-cut the rest at 200Hz. The Cut frequency on high/lo-cuts is where the sound is dampened 3dB, but as both signals will be damped 3dB, the sum will be a flat signal. Start out with that.
The High and Lo-cuts are 12dB/octave. In the 2448 mixer, you will find steeper cuts in the EQ-section.
If you use software-x-overs, it is even more important, that you switch off/turn down your amplifier, while loading projects!
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- Posts: 1739
- Joined: Wed May 15, 2002 4:00 pm
- Contact:
Yes, in most cases, you will get the best result from setting the same lo- and hi- cut frequency. Not much to bother about in terms of calculations
About precision: you either trust digital to be acurate, or you use measuring equipment, wich will likely give you a faulty result at higher frequencies - unless you know what you are doing AND have a good room for the purpose. Personally I would trust the filters - not the grafics - cause they don't follow the numbers very well, but the numbers I will trust.
They will most likely be more aqurate than the matching of your speakers anyway
About precision: you either trust digital to be acurate, or you use measuring equipment, wich will likely give you a faulty result at higher frequencies - unless you know what you are doing AND have a good room for the purpose. Personally I would trust the filters - not the grafics - cause they don't follow the numbers very well, but the numbers I will trust.
They will most likely be more aqurate than the matching of your speakers anyway