freefrog
Well-known member
De gustibus et de coloribus non est disputandum. 
andyg_prs : sorry to be unable to explain things in a clearer way. Let's just repeat that a cap at split junction can't do the same thing for both coils because of its location : it's on the HOT side of the first coil and acts therefore like a low-pass filter for it. It's on the GROUND side of the 2d coil and would behave like a high-pass filter for it without the 1st coil...
The most important is that 5spice sims and real life experiments show the same thing: splitting through a cap helps to keep a bit of fatness/output from the 1st coil in the bass/mid ranges. Just keep in mind that with a cap at split junction, the mid "dip" between the two resonant peaks is not due only to the value of the capacitor: it depends also on the specs of the pickup itself. That's why experimenting remains the best solution. If you want the mentioned mid dip to be lower in the spectrum or to be too low pitched to be noticeable, just increase the value of the capacitor used...
FWIW. Merry Xmas to you and to all other readers!

andyg_prs : sorry to be unable to explain things in a clearer way. Let's just repeat that a cap at split junction can't do the same thing for both coils because of its location : it's on the HOT side of the first coil and acts therefore like a low-pass filter for it. It's on the GROUND side of the 2d coil and would behave like a high-pass filter for it without the 1st coil...
The most important is that 5spice sims and real life experiments show the same thing: splitting through a cap helps to keep a bit of fatness/output from the 1st coil in the bass/mid ranges. Just keep in mind that with a cap at split junction, the mid "dip" between the two resonant peaks is not due only to the value of the capacitor: it depends also on the specs of the pickup itself. That's why experimenting remains the best solution. If you want the mentioned mid dip to be lower in the spectrum or to be too low pitched to be noticeable, just increase the value of the capacitor used...
FWIW. Merry Xmas to you and to all other readers!
