Originally posted by mick
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If someone came up with a CNC robot arm that could do point-to-point wiring, and soldering at the same time, than that would be analogous to an automated pickup winder. And I bet the hand wired amp, and the robot wired amp would sound identical as long as the construction were identical.
Originally posted by mick
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I easily get four months out of D'Addario XL's, and I think they sound better than DR's. They went dead way too fast for me. Both are WAY better than GHS though... they are dead out of the bag! I've used just about every bass string made. The other string I like is Ken Smith's strings.
Originally posted by mick
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Before we can really say that it has to be validated. After someone does a double blind test, than we can really make that statement. Right now all we can say is we don't like the tone of some machine wound pickups. But some sound great. I've never heard a Duncan that I didn't like, except the Quarter Pounder bass pickups, but that's just the tone I don't care for.. a lot of people love them. I have had the opportunity to have installed pickups hand wound by Seymour himself (in Billy Gibbons AS 57 Tailfin... hey I got to get to drop names sometimes! ) . I don't think it sounded all that different from his production pickups.
There's always this debate that op amps don't sound as good as transistors. You hear this all the time. So a bass maker did a double blind test, where he had a bass with two buffer preamps of similar design, except one was an op amp and one was a FET. He had a switch on the bass labeled A/B, and no one, including him, knew which was which. He had people play the bass, and switch the switch, and decide if one sounded different from the other, and if they preferred one over the other.
He finished the article with this:
Results
The experiment was unblinded and the questionnaires tabulated with the following results. Two (2) subjects found the tone of the discrete FET preamp preferable. Two (2) subjects found the tone of the opamp preamp preferable. Five (5) subjects found the sound identical in both preamps. Five (5) subjects found the two preamps sounded different but that neither one was superior in tone. As the data are so obviously distributed normally about the mean no additional statistical evaluations were performed. Subjects that indicated a preference also indicated that perceived differences were very subtle.
Conclusions
The majority of subjects (8) found no preference between the two circuits and preference was evenly divided among the remainder. As a result it is reasonable to conclude that it is unlikely that either the discrete component circuit or the opamp circuit tested would result in any sonic advantage in a bass guitar preamp intended to appeal to a large user base.
[Originally published in: Journal of Musical Instrument Technology #23, 2003]
The experiment was unblinded and the questionnaires tabulated with the following results. Two (2) subjects found the tone of the discrete FET preamp preferable. Two (2) subjects found the tone of the opamp preamp preferable. Five (5) subjects found the sound identical in both preamps. Five (5) subjects found the two preamps sounded different but that neither one was superior in tone. As the data are so obviously distributed normally about the mean no additional statistical evaluations were performed. Subjects that indicated a preference also indicated that perceived differences were very subtle.
Conclusions
The majority of subjects (8) found no preference between the two circuits and preference was evenly divided among the remainder. As a result it is reasonable to conclude that it is unlikely that either the discrete component circuit or the opamp circuit tested would result in any sonic advantage in a bass guitar preamp intended to appeal to a large user base.
[Originally published in: Journal of Musical Instrument Technology #23, 2003]
I say it's the design of the pickup (which includes the winding pattern).
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