a first order network cut off at 6db per octave (slow rolloff). second order cut off 12 db (sharper rolloff) with minium phrase ploblem (it's 180 degrees out of phrase at the Xover point). you will have to wire the positive lead on the negative terminal and the negative lead on the positive terminal. most people use the method as it simple route to take on a complex crossover.
higher order networks usually will bring more complex phase problems and lobbing errors
tweeters benefit for higher order network as they will greatly increase the power handling on them.
the most pop xover networks are Linkwitz-Riley or butterworth. in simple terms butterworths are louder and Linkwitz-Riley are clearer
higher order networks usually will bring more complex phase problems and lobbing errors
tweeters benefit for higher order network as they will greatly increase the power handling on them.
the most pop xover networks are Linkwitz-Riley or butterworth. in simple terms butterworths are louder and Linkwitz-Riley are clearer
