Xyobgyn wrote: "Quite possibly we should have crossovers with some caps and or resistors we could swap easily to adjust the sound to where we want it."
I have been making crossovers with an external resistor that functions as a "tilt/level" control; that is, it effects the tweeter’s level more up at 10 kHz than it does down at 2 kHz, the theory being that this would be more useful in dealing with real-world variations in room acoustics than a level-only L-pad. Also, L-pads are not readily available at the same quality as say a Mills resistor.
I also like to build in some low-end adjustability in the form of multiple pluggable ports.
Ime often changing capacitors = re-designing the crossover, as there is often a rather precise balance between capacitor values and inductance values in a circuit, such that a change in one often calls for a change in the other.
Duke
I have been making crossovers with an external resistor that functions as a "tilt/level" control; that is, it effects the tweeter’s level more up at 10 kHz than it does down at 2 kHz, the theory being that this would be more useful in dealing with real-world variations in room acoustics than a level-only L-pad. Also, L-pads are not readily available at the same quality as say a Mills resistor.
I also like to build in some low-end adjustability in the form of multiple pluggable ports.
Ime often changing capacitors = re-designing the crossover, as there is often a rather precise balance between capacitor values and inductance values in a circuit, such that a change in one often calls for a change in the other.
Duke