bigshot
Headphoneus Supremus
Quote:
You know, if you want other people to treat you with respect, you'll do the same for them.
Quote:
Pink noise is NOT better... it's just faster. When you have all of the frequencies coming in at once, you end up with masking problems. One frequency will cover up another one, making you overcompensate. It's very difficult to balance the relationships of fundamentals and harmonics even if you are taking it one frequency at a time. Getting it perfect with all of them coming in at once is next to impossible. You can only get close.
Likewise, the spectrum analyzers that are commonly used are able to read flat for spectrum analyzers, but that doesn't mean that it's flat for your ears. You'll find that particularly with low frequencies, spectrum analyzers tend to hear things much louder than you do.
If you'd like to do an interesting experiment, try balancing your system using pink noise and an analyzer. Then run a sweep and see if you think the tone remains at a constant rate throughout.
See ya
Steve
Originally Posted by JaZZ What an insight! |
You know, if you want other people to treat you with respect, you'll do the same for them.
Quote:
Originally Posted by JaZZ That's one method, another, better one is pink noise. |
Pink noise is NOT better... it's just faster. When you have all of the frequencies coming in at once, you end up with masking problems. One frequency will cover up another one, making you overcompensate. It's very difficult to balance the relationships of fundamentals and harmonics even if you are taking it one frequency at a time. Getting it perfect with all of them coming in at once is next to impossible. You can only get close.
Likewise, the spectrum analyzers that are commonly used are able to read flat for spectrum analyzers, but that doesn't mean that it's flat for your ears. You'll find that particularly with low frequencies, spectrum analyzers tend to hear things much louder than you do.
If you'd like to do an interesting experiment, try balancing your system using pink noise and an analyzer. Then run a sweep and see if you think the tone remains at a constant rate throughout.
See ya
Steve