The knobs & switches were all the same. Everything about the two basses is the same, except of course the wood.
Read my most recent observation with two SR300E.
Read my most recent observation with two SR300E.
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what about knobs/switches on the 2nd bass? Were they also ho-hum?
I don't disagree with your observation, but since the conclusion relies on ineffable "magic", it is probably not true.
It is much more likely the differences were due to variances in the electronics, pickup windings, or neck joint.
I have heard the tolerances are wide enough in electronics to make a (tonal) difference, but am not equipped to test that.Electronics have a much tighter tolerance (incl. p/ups) than any wood. As for neck joints, you got me there.
I have heard the tolerances are wide enough in electronics to make a (tonal) difference, but am not equipped to test that.
I am open to the possibility of solid body wood affecting tone, and being into acoustic instruments, I "want to believe". But the evidence does not lead in that direction, at present. All we have is anecdote and feelings. The hard data tends to show fairly conclusively that body wood has no effect.
If that were true, designing anything would be moot. Electronics (incl. p/ups) are typically manufactured to certain specs and documented. Hand wound p/ups have looser tolerances and would show more variability.
BTW The hard data that you mention is soft as the system of vibration relies on how the body affects the resonance of the strings. The bridge and the nut link the system to the body and does affect how the strings vibrate. What is really debatable is the amount the body affects the system, IMPE it matters a great deal. If the type of wood used in a barrel affects the flavor of the whiskey, why can't you believe it affects the tone of the instrument?
Do you think the solidbody is making the output hotter? Or does it seem the difference in output is more likely due to electronics?My latest acquisition has more output than its same model predecessor, but somehow is brighter.
Normally if a pickup is wound hotter, it loses some highs.
So I'm still inclined to believe it's the wood making the difference.
But it can change the sound with the knob at the same setting.
Actually it is good data, and its the only hard data I know of. In multiple tests, it is shown that the surface the bridge is mounted to does not affect string vibration, as we would expect. Heavy physics becomes involved, showing how the sound wave is not affected by the wood composition. It is counter-intuitive, but this is how science often goes.
Hard data for your side of the argument would be something that could be replicated and measured, such as : maple bodies accentuate higher frequencies (as it does in acoustic construction) If it were true, we could say it as a fact. But we can't, because we can compare maple bodies to plywood, and in controlled experiments like that, there is no difference in tone. This is what I mean by "hard data" = controlled experiments.
I would be happy to see controlled experiments where solidbody tonewood effect on electric signal is confirmed, rather than disproven. I am not aware of any such experiments, and the longer this debate goes on, the worse it looks for the solidbody-tonewood crowd.
It is of course completely possible that the right experiment hasn't been tried yet.
My only point is that the more rigorous experiments disprove solidbody tonewood. All the anecdote in the world cannot counter that.
Source? I'm interested the "heavy physics." On the surface of the argument, if it doesn't matter what the wood is, why does hollow construction matter?Actually it is good data, and its the only hard data I know of. In multiple tests, it is shown that the surface the bridge is mounted to does not affect string vibration, as we would expect. Heavy physics becomes involved, showing how the sound wave is not affected by the wood composition. It is counter-intuitive, but this is how science often goes.
Yes...As P.R.S. stated in his Ted Talk, it's all about reducing the subtraction.
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So if a stiffer neck means less subtraction, which it would, then there you have it, higher output.
agonize all over the place here and worry if the best wood you can buy
He said the knob responded more noticiably when using an ash body... Not that ash and alder sound different at the same setting
the heavier one sounded tons better...sold the light one kept the heavy one
In his study "The Physics of Vibrations and Waves", H.J Pain from the Department of Physics at The Imperial College of Science and Technology in London describes the effects of mass and inductance coupling and how the vibrations are affected by the coupling. In our terms that translates to how the vibration of the string is affected by coupling it to the rest of the bass.Well, that's not how it works. You're the one claiming there is evidence, not me.