TW034 - datasheet says it's perfectly wide radiating until at least 5kHz. It's not that much bigger as a 1".
Just print/build a blind plate to be sure? Or Quick and dirty - close the hole with a few layers of Gaffa
Using the D7608 with the factory flange helps with the mid not diffracting quite as bad. Its just a pain trying to get CTC spacing tighter with it. At lower xover points its not so critical since it doesn't require as tight of spacing with the longer wavelengths.
I've been looking for my D7608 measurment data without the flange. I used Clio to test and measure, but it doesn't save the data in the same way as other platforms do, which is a big problem with Clio.
I've been looking for my D7608 measurment data without the flange. I used Clio to test and measure, but it doesn't save the data in the same way as other platforms do, which is a big problem with Clio.
I have one extra D7608 which I'm using for testing before I commit to a baffle layout design. Part of me is torn between the wider soundstage of a narrow baffle with side mounted, outward radiating mids and MTM arranged mids also in the vertical plane.
There's also the Horbach Keele MTM arrangement which uses special filter slopes and specific CTC spacing in both the vertical and horizontal along with tilting the array by 22 degrees. I've built a few on wall speakers using this topology and it has some big advantages over other arrangements.
There's also the Horbach Keele MTM arrangement which uses special filter slopes and specific CTC spacing in both the vertical and horizontal along with tilting the array by 22 degrees. I've built a few on wall speakers using this topology and it has some big advantages over other arrangements.
Do you have a link to a build log or anything for those speakers? Sounds very similar to what I am planning for an in-wall design specifically utilizing the D7608s.
