Swampwalker, Thanks for the explanation, I now think I understand.
What is actually being done is running one additional pair of conductors to each speaker, so you end up with a total of four pairs. The two pairs from each speaker terminate together on the amp end, and are seperated or bi-wired on the speaker end. This in fact accomplishes what - decreases total resistance on the wire? - Allows only specific frequencies to run through each pair of wires? Curious!!
Are improvements in quality usually noticed?
I got confused between bi-wire and bi-amp, thanks for clearing this up. Maybe someone can answer my new questions
Thanks again
What is actually being done is running one additional pair of conductors to each speaker, so you end up with a total of four pairs. The two pairs from each speaker terminate together on the amp end, and are seperated or bi-wired on the speaker end. This in fact accomplishes what - decreases total resistance on the wire? - Allows only specific frequencies to run through each pair of wires? Curious!!
Are improvements in quality usually noticed?
I got confused between bi-wire and bi-amp, thanks for clearing this up. Maybe someone can answer my new questions
Thanks again