{lol} Using a Peerless 6.5" Aluminum HDS series woofer, and 1" Copper/Beryllium tweeter from China, "DavidLouis". I want help to design a transmission line tower and the crossover, I have a Linkwitz-Riley 12dB/octave @2300 Hz chosen, with 8.2 uF in series with the tweeter, .60 mH across it, and .80 mH in series with the woofer, 6.2 uF across it. The woofer is 8 ohms nominal and the tweeter is 6 ohms nominal. The woofer has a really good low-end extension for a 6.5" and the sensitivity of the tweeter is about 5 or 6 decibels higher at the test point, on the spec sheets. Can someone on the forum contact me to address this build? I don't have the software to fine-tune the crossover, nor do I have a box designer, but I'm going to design a transmission line tower, with front-firing woofer and front-firing tweeter closely placed.
I can provide further information if you can help. Building with 19 mm MDF from Home Depot, and maybe using some 12 mm MDF as well. All glue joints, and cleat and clamp methodology. No screws, except to mount the drivers and the terminal plate and crossover board.
I'm a build amateur, since 1979, and need design help with the crossover.
I hope someone will respond. Using 20 gauge air-core inductors. I could spend more and use 14 gauge. The .8mH choke is .64 ohms with 20 gauge and .22 ohms DCR with 14 gauge. I'm thinking 14 gauge for the low pass section, 20 gauge for the high pass section.
I can provide further information if you can help. Building with 19 mm MDF from Home Depot, and maybe using some 12 mm MDF as well. All glue joints, and cleat and clamp methodology. No screws, except to mount the drivers and the terminal plate and crossover board.
I'm a build amateur, since 1979, and need design help with the crossover.
I hope someone will respond. Using 20 gauge air-core inductors. I could spend more and use 14 gauge. The .8mH choke is .64 ohms with 20 gauge and .22 ohms DCR with 14 gauge. I'm thinking 14 gauge for the low pass section, 20 gauge for the high pass section.