Rick Radford
Supporting Actor
- Joined
- May 12, 2001
- Messages
- 642
I'd appreciate some feedback from you folks who've done this before. I feel a bit uncertain setting the bandwidth parameter.
I find the peak of the freq. (dB), then see how wide the peak is (Hz), then convert from Hz to fractional octaves for the width.
For instance: a peak at 46 hz with the valley to the left bottoming at 40 Hz.. I figure +/- 6 Hz... or 8/60ths octave. ((8/60)*46). Is this the way you guys figure the bandwidth?
Anyway, using the right front corner since it gave the flattest response, I set up 3 filters and fumbled my way to this:
If the graph doesn't come up, try this link.
At this point, understanding that I'm expecting an improved sound, I am pleased with my first efforts. I was hoping to get less of a sawtooth effect, and probably can once I get comfy with adjusting the parameters of the BFD.
Next up: eq for the LF corner.. and then decide which corner sounds best.
Edit: corrected the corner placement to the RIGHT (not left) front corner. sheesh.
I find the peak of the freq. (dB), then see how wide the peak is (Hz), then convert from Hz to fractional octaves for the width.
For instance: a peak at 46 hz with the valley to the left bottoming at 40 Hz.. I figure +/- 6 Hz... or 8/60ths octave. ((8/60)*46). Is this the way you guys figure the bandwidth?
Anyway, using the right front corner since it gave the flattest response, I set up 3 filters and fumbled my way to this:
If the graph doesn't come up, try this link.
At this point, understanding that I'm expecting an improved sound, I am pleased with my first efforts. I was hoping to get less of a sawtooth effect, and probably can once I get comfy with adjusting the parameters of the BFD.
Next up: eq for the LF corner.. and then decide which corner sounds best.
Edit: corrected the corner placement to the RIGHT (not left) front corner. sheesh.