Please remind
What if anything is special
And
Or
Important with these pickups...
Please
What if anything is special
And
Or
Important with these pickups...
Please
I'm kind of on this page.The originals were not consistent - see bode plot of frequency responses below from Helmuth Lemme (if such data were better known no one would be obsessing over 'vintage wood' to explain sonic differences). Modern "clones" are built to well-known recipes (and are thus rather similar).
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www.gitarrenelektronik.de/patent-applied-for
hell="bright"; mittel="middle"; weich="soft"
I've played originals in a very old LP once for about 30m through a supersonic 22. Clear with lots of mid and highs for a HB. Maybe they were broken. Is the 22 a bright amp?
Never played any new ones advertised "in the PAF style".
Good stuff!Oh I know it!
Read this for the history and technical stuff -
Best I can offer for 'what makes them special'... clarity, dynamic range, definition, touch sensitivity.
'Tele on steroids' is an often used description, in terms of tone.
I'll be honest, I can get the 'sound' with a Seymour Duncan '59 on a Strat, but the rest of the recipe... Until I got the Amber Spirit Of '59 repros in my Tokai, I didn't really 'get it'. After cheap humbuckers, they're actually scary - you really have to sharpen up your playing, because they will expose you.
The graphs don't tell you everything about how the pickup performs, just what frequencies they're putting out.Both the SD 59 and Amber 59 are obviously quality PAF clones. And objective data from their bode plots suggests that they are basically the same pickup (as are other common PAF clones, which are usually made to very similar recipes).
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www.youtube.com/watch?v=5KHBrqxGPuA
So any difference in their sonic performance in particular guitars would likely have to be due to differences in those guitars' passive electronics (which affect the pickup's resonant frequency), their setup (eg pickup height), manufacturing variation, or commonly measured sites of string vibration frequency losses, for example to the neck or bridge.
Zollner, M. (2010). The Physics of E-Guitars: Vibration – Voltage – Sound wave—Timbre. 26th Tonmeistertagung – VDT International Convention, Leipzig, Germany. https://citeseerx.ist.psu.edu/viewdoc/summary?doi=10.1.1.348.6822