Well, it looks like I won't be putting the inserts in the neck anytime soon. The holes on the top side are so close to the edge that they'll split for sure if i enlarge them. Guess I'll just wait until I strip these, plug them and drill new ones. The ones on the body aren't great either...
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While I had the neck off I took a look at the electronics. Nice big pickup routes, no extra shielding. Might explain why I hear my computers through the amp when I crank the gain up. Maybe I'll do something about that, should have some copper tape somewhere.
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Smoothed the fret ends a bit with a sanding sponge, put on a 008-038 set and now it intonates! I swapped the knobs and pickup selector knob to the black strat-style ones that were on the RG originally. Liking the look. The cat has seen it all
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Anyone got suggestions on what value the tone cap / pot should be to increase the range of the tone control? Now the effect is very subtle until the very end of the travel and then all of the cut happens in like the last 1/10th of turn.
Congratulations for diggin right in tto a new guitar.
You'll have it sorted out in no time.
A .047 cap is speced, that should get you the range. If it's too dull sounding, try a .022.
Your tone pot may be far from spec as well. 250k should be stock.
A 500k may open up more high end tone.
These are my suggestions, now if you really want to scratch your head try to digest this babble below...
I can't tell if this drivel even makes sense.
"The time constant of the RC of the tone pot in series with the cap is simply the resistance times the capacitance i.e.
250k x 47nF = 250E+03 x 47E-09 = 0.01175 seconds
250k x 22nF = 250E+03 x 22E-09 = 0.0055 seconds (almost exactly half)
However -
125k x 47nF = 0.0058 second.
strictly speaking this formula applies to RC in series with the signal generator, not parallel with the pickup as in the guitar, however the effect it is near enough for demonstration purposes (tau = RC)
But, and here's the big thing, the tone control doesn't begin working (audible) until it gets below ~100k
50k x 22nF = 1µs
25k x 47nF = 1µs
what this is showing us is that the control on the tone pot range crosses over and covers the same degree of treble cut right down until we get to mud
I think you can see 2k x 22nF = 1k x 47nF (approx)
It is also important to remember that the pickup inductance has a very significant affect on the tone. It is an Inductance-Capacitance-Resistance (LCR) circuit, further complicated by the fact that the pickup has a magnetic core, is a generator, and it also has an impedance. This makes is difficult to model but as our component choices are limited, it is simple to experiment. "