beaubrummels
Well-known member
Re: Have new guitar with Seth Lovers - Question
I never insinuated. I quoted your statement about increasing treble and reducing bass. Nowhere did I say "load rewires your pickups for you."
Here are my own words where you can see how I addressed your comment about increasing treble and reducing bass, and nowhere do I say "load rewires your pickups for you."
This is false. It will dampen / attenuate the resonant peak only.
This is false. It will dampen / attenuate the resonant peak only.
He categorically did not say the same thing you did. You said a 1 Meg pot will increase treble and reduce bass, which by definition suggests both gain and attenuation in the circuit. There is no amplification or gain in a passive guitar circuit to start with, let alone a tuned frequency-dependent gain for the treble.
The author on the other hand, at the top of the article said this, "There is only one thing affected by the pot resistance: the height of the pick-up’s resonance peak." - which is different from everything you've said. It is only attenuation of the resonant peak and no other frequencies, not treble and not bass.
To increase treble suggests gain in the circuit, which a passive guitar circuit does not have. And by simply changing pot values, there is nothing reducing or attenuating the bass frequencies specifically either.
Higher pot values do not "allow more highs from the resonant peak." Higher pot values dampen / attenuate / flatten the resonant peak itself so the overall frequency response is flatter. It's not adding more highs or reducing/removing lows. Your choice of words doesn't match what's actually going on. But you're certainly free to believe and express your experiences however makes sense to you.
Why are you insinuating that I said the total load of the guitar's circuit rewinds your pickups for you? Tell me where I said that. I'm talking about the net effect to the listener of using a 1 meg volume pot. Not lab research. In the real world, using a 1 meg volume pot lets through more of the highs from the resonant peak so that the presence of the bass is diminished.
I never insinuated. I quoted your statement about increasing treble and reducing bass. Nowhere did I say "load rewires your pickups for you."
Here are my own words where you can see how I addressed your comment about increasing treble and reducing bass, and nowhere do I say "load rewires your pickups for you."
Sounds like you might have misread the article. All a pot value will do is dampen the resonant peak, not change it, nor change any of the other frequencies the pickup puts out. It will sound more flat in frequency response by reducing just that one peak, and that change might be perceived by some as an increase in something else, all things being relative, but that is not what is happening. The article even goes on to say that the pot value can often become nearly irrelevant given the load pedals and the amp input add to the circuit. But either way, it absolutely does not increase treble and reduce bass. It reduces the resonant peak only.
A 1 meg volume increases highs and decreases bass because highs are taking up a higher proportion of the signal.
This is false. It will dampen / attenuate the resonant peak only.
Regardless of the semantics that you're bringing up, going from a 500k volume to a 1 meg will increase treble and reduce bass every time.
This is false. It will dampen / attenuate the resonant peak only.
He said the exact same thing that I did.
He categorically did not say the same thing you did. You said a 1 Meg pot will increase treble and reduce bass, which by definition suggests both gain and attenuation in the circuit. There is no amplification or gain in a passive guitar circuit to start with, let alone a tuned frequency-dependent gain for the treble.
The author on the other hand, at the top of the article said this, "There is only one thing affected by the pot resistance: the height of the pick-up’s resonance peak." - which is different from everything you've said. It is only attenuation of the resonant peak and no other frequencies, not treble and not bass.
To increase treble suggests gain in the circuit, which a passive guitar circuit does not have. And by simply changing pot values, there is nothing reducing or attenuating the bass frequencies specifically either.
If you allow more of the highs from the resonant peak from the pickups out the jack, it's expressed by the speaker as more highs and less lows.
In the real world, using a 1 meg volume pot lets through more of the highs from the resonant peak so that the presence of the bass is diminished.
Higher pot values do not "allow more highs from the resonant peak." Higher pot values dampen / attenuate / flatten the resonant peak itself so the overall frequency response is flatter. It's not adding more highs or reducing/removing lows. Your choice of words doesn't match what's actually going on. But you're certainly free to believe and express your experiences however makes sense to you.