Side note:
There's a little info to be gleaned from the impedance plot of this speaker.
https://www.stereophile.com/content/elac-carina-bs2434-loudspeaker-measurements
See the rising impedance above 6 kHz? Since AMTs are almost purely resistive above resonance, this indicates the crossover designer has incorporated some EQ into the crossover in order to achieve the remarkably flat (good) response.
This goes to what I have been trying to explain to my fello A'goners, with mixed success. A crossover isn't just a frequency and a slope, but also EQ. If you want to reproduce a passive speaker's crossover in an active system you have to reproduce the entire voltage transfer function.
There's a little info to be gleaned from the impedance plot of this speaker.
https://www.stereophile.com/content/elac-carina-bs2434-loudspeaker-measurements
See the rising impedance above 6 kHz? Since AMTs are almost purely resistive above resonance, this indicates the crossover designer has incorporated some EQ into the crossover in order to achieve the remarkably flat (good) response.
This goes to what I have been trying to explain to my fello A'goners, with mixed success. A crossover isn't just a frequency and a slope, but also EQ. If you want to reproduce a passive speaker's crossover in an active system you have to reproduce the entire voltage transfer function.