Cyclecamper,
The REAL values for your edification
Frequncy Band (centre) is set by the LC resonant frequency which you can calculate from
f = 1/ 2pi (LC)^-2
or 1 over 2 pi root L C (in words.)
OR cheat:
Resonant Frequency Calculator
2300 Hz and 0.047 uF => 101.88mH, call it 0.1 H
1250 Hz and 0.082 uF => 197.7 mH, call it 0.2 H
485 Hz and 0.22 uF => 489.48 mH, call it 0.5 H
235 Hz and 0.47 uF => 975.9 mH, call it 1 H
100 Hz and 1 uF => 2.5 H
You can match those values up with the Fender Part Numbers above.
Next go to Mouser or similar and search for those values. Should be cheaper than a Fender spare part.
Cheers,
Ian
The REAL values for your edification
Frequncy Band (centre) is set by the LC resonant frequency which you can calculate from
f = 1/ 2pi (LC)^-2
or 1 over 2 pi root L C (in words.)
OR cheat:
Resonant Frequency Calculator
2300 Hz and 0.047 uF => 101.88mH, call it 0.1 H
1250 Hz and 0.082 uF => 197.7 mH, call it 0.2 H
485 Hz and 0.22 uF => 489.48 mH, call it 0.5 H
235 Hz and 0.47 uF => 975.9 mH, call it 1 H
100 Hz and 1 uF => 2.5 H
You can match those values up with the Fender Part Numbers above.
Next go to Mouser or similar and search for those values. Should be cheaper than a Fender spare part.
Cheers,
Ian
Yes, no doubt the calcualated values are better thanthe real original ones. But I might be inclined to make my own before I try to find them, if it ever became necessary again.
Just out of curiosity, what are the resistances of the inductors? I expect them to be quite high.
Dan, Yes, I can never remember the "ALT-number" key sequence for square root sign (if there is one) so end up with a basic mistake like you point out.
Cheers,
Ian
Cheers,
Ian
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