Hi,
I hope this is the right forum to post this question.
I'm making an active X/O based on John Pomann's design.
http://www.snippets.org/filters/crossover.htm
I need to calculate the C's & R's for a baffle step
compensation circuit.
I'm using Alex Megann's writeup on:
www.t-linespeakers.org/tech/bafflestep/bstepcompo.html
Now from what I understand, the geometric mean for the midpoint
of the step is calculated by the square root of 2 which gives the 3db point, 2 being 6db. How do I calculate the rest ?
Eventually I want to be able to switch from 0 to 1, 1.5, 2, 2.5
& 3db points.
Also, I would like some help from people who are using Active X/O's to know whether it would be worth the effort & if, then should I build the X/O past the 3db point.
Any other ramblings would be welcome.
Cheers,
sunil
I hope this is the right forum to post this question.
I'm making an active X/O based on John Pomann's design.
http://www.snippets.org/filters/crossover.htm
I need to calculate the C's & R's for a baffle step
compensation circuit.
I'm using Alex Megann's writeup on:
www.t-linespeakers.org/tech/bafflestep/bstepcompo.html
Now from what I understand, the geometric mean for the midpoint
of the step is calculated by the square root of 2 which gives the 3db point, 2 being 6db. How do I calculate the rest ?
Eventually I want to be able to switch from 0 to 1, 1.5, 2, 2.5
& 3db points.
Also, I would like some help from people who are using Active X/O's to know whether it would be worth the effort & if, then should I build the X/O past the 3db point.
Any other ramblings would be welcome.
Cheers,
sunil