Hi OP,
The idea is that the current in the cable to the speaker has less interference. I have not yet heard this actually work.
The general idea (explained badly by a non-believer) is that the current going to the woofer can result in increased resistance, which then affects the mid/treble. Phrases like skin effect or self-inductance are thrown about.
Take a look at this post I wrote, which goes over the schematic for the LM-1 crossover. You can use that to understand how biwiring would work.
https://speakermakersjourney.blogspot.com/2016/05/lm-1-bookshelf-crossover.html
Right now, C1 and L2 connect at the input. If this speaker were bi-wired, C1 and L2 would have their own input jacks, and the little down arrows which are a shared ground, would no longer be shared or go to the same black input connector.
Hope this helps,
E
The idea is that the current in the cable to the speaker has less interference. I have not yet heard this actually work.
The general idea (explained badly by a non-believer) is that the current going to the woofer can result in increased resistance, which then affects the mid/treble. Phrases like skin effect or self-inductance are thrown about.
Take a look at this post I wrote, which goes over the schematic for the LM-1 crossover. You can use that to understand how biwiring would work.
https://speakermakersjourney.blogspot.com/2016/05/lm-1-bookshelf-crossover.html
Right now, C1 and L2 connect at the input. If this speaker were bi-wired, C1 and L2 would have their own input jacks, and the little down arrows which are a shared ground, would no longer be shared or go to the same black input connector.
Hope this helps,
E