Does anyone have any easy "rule of thumb" ways of assessing when a crossover network is correct, which do not use complex test gear? (other than: if it sounds right, it probably is).
An example of the thing I'm after is to deliberately reverse the phase of the tweeter to assess the performance of the crossover- the amount of on-axis cancellation gives you a clue as to how well individual filter outputs are matched in phase and amplitude.
(this was actually suggested by Linkwitz in his 1976 paper)
An example of the thing I'm after is to deliberately reverse the phase of the tweeter to assess the performance of the crossover- the amount of on-axis cancellation gives you a clue as to how well individual filter outputs are matched in phase and amplitude.
(this was actually suggested by Linkwitz in his 1976 paper)