does anyone know why all the pickups in one set of standard strat pickups all have different resistances..
I mean they are selling them with a middle pickup that has less resistance than the bridge pickup, and the neck pickup has less resistance than the middle pickup... ive seen some extreme cases where the difference between the neck and bridge pickup is getting close to almost double the resistance..
I have a strat copy , i bought it years ago because i was amazed by its tone, especially the pickup combination switch positions. It really stood out when i tried it in the store...after owning it for awhile i took resistance measurements and found that all three of its pickups had identical resistances...
My understanding of a strats tone is that by placing the a pickup at different locations along a string you get different tonal qualities of that small section of the string...And you then balance out the volume levels of the three pickups by moving the pickups closer or further away from the string...usually the large movement of the string section near the neck creates louder volumes so that pickup is set further back away from the string...while the section of string near the bridge dont move as great a distance as the neck area so its tends to produce less volume in a pickup, so pickups have to be brought closer to the string to increase their volume when their placed in the area of the string near the bridge..
it seems to me that pickup makers are instead of moving the pickup closer or further from the string to level out volume levels, are instead trying to even out the volume levels between the pickups by increasing or decreasing the windiings in the pickup,,,,,,the problem i have with that is that by adding more windings to the coil it now changes the the pickups frequency response if your adding more turns to the coil. So the tone now becomes less dependant purely on string location and starts to become more affected by the pickup's tone itself...
pickup switch settings that blend the deep tones near the neck with the progressively brighter tones as you get near the bridge like the neck and middle, or the middle and bridge are what give you that unique pickup combination tone..Two dissimilar tones being combined to give you a new tone...but if you put a under wound bright sounding pickup near the neck it will make the low neck string tones sound more bright...and subsequently if you put a pickup with more windings near the bridge part of the string it will restrict some of the brighter tones of the string near the bridge from getting threw and accent the deeper ones.....the result is the two tones are now less dissimilar in tone than they would have been if both pickups were identical.... so having these two pickups on together is gonna produce a less drastic a combination of extreme tones than it would be if both pickups were identically wound with the same number of turns...
also , there is some phase interaction between middle and neck pickup combinations, and also between the bridge and middle pickup combinations..and as we all know a humbucker that is built with two inner coils that dont perfectly match wont buck (cancel) the hum because it relies on phase cancellation to do so,,,,therefore i would think that if you also want the best phase interaction between the strat pickup combinations you might also want all 3 coils/pickups to be identical as well..???
I hope you all under stand the point im trying to put across.
so does anyone understand the logic or reasoning behind all these pickup makers using pickup with different numbers of windings for each pickup in the same set of pickups for a guitar...can someone please explain the rational behind this practise....like im not saying they dont sound nice or its a bad thing, im just saying that i think you would get better results in the combination switch position if you kept the pickups all equal....ok maybe "better" is a bad choice of words, "improved phase interaction" is maybe a better way of saying it..???
thank you.
I mean they are selling them with a middle pickup that has less resistance than the bridge pickup, and the neck pickup has less resistance than the middle pickup... ive seen some extreme cases where the difference between the neck and bridge pickup is getting close to almost double the resistance..
I have a strat copy , i bought it years ago because i was amazed by its tone, especially the pickup combination switch positions. It really stood out when i tried it in the store...after owning it for awhile i took resistance measurements and found that all three of its pickups had identical resistances...
My understanding of a strats tone is that by placing the a pickup at different locations along a string you get different tonal qualities of that small section of the string...And you then balance out the volume levels of the three pickups by moving the pickups closer or further away from the string...usually the large movement of the string section near the neck creates louder volumes so that pickup is set further back away from the string...while the section of string near the bridge dont move as great a distance as the neck area so its tends to produce less volume in a pickup, so pickups have to be brought closer to the string to increase their volume when their placed in the area of the string near the bridge..
it seems to me that pickup makers are instead of moving the pickup closer or further from the string to level out volume levels, are instead trying to even out the volume levels between the pickups by increasing or decreasing the windiings in the pickup,,,,,,the problem i have with that is that by adding more windings to the coil it now changes the the pickups frequency response if your adding more turns to the coil. So the tone now becomes less dependant purely on string location and starts to become more affected by the pickup's tone itself...
pickup switch settings that blend the deep tones near the neck with the progressively brighter tones as you get near the bridge like the neck and middle, or the middle and bridge are what give you that unique pickup combination tone..Two dissimilar tones being combined to give you a new tone...but if you put a under wound bright sounding pickup near the neck it will make the low neck string tones sound more bright...and subsequently if you put a pickup with more windings near the bridge part of the string it will restrict some of the brighter tones of the string near the bridge from getting threw and accent the deeper ones.....the result is the two tones are now less dissimilar in tone than they would have been if both pickups were identical.... so having these two pickups on together is gonna produce a less drastic a combination of extreme tones than it would be if both pickups were identically wound with the same number of turns...
also , there is some phase interaction between middle and neck pickup combinations, and also between the bridge and middle pickup combinations..and as we all know a humbucker that is built with two inner coils that dont perfectly match wont buck (cancel) the hum because it relies on phase cancellation to do so,,,,therefore i would think that if you also want the best phase interaction between the strat pickup combinations you might also want all 3 coils/pickups to be identical as well..???
I hope you all under stand the point im trying to put across.
so does anyone understand the logic or reasoning behind all these pickup makers using pickup with different numbers of windings for each pickup in the same set of pickups for a guitar...can someone please explain the rational behind this practise....like im not saying they dont sound nice or its a bad thing, im just saying that i think you would get better results in the combination switch position if you kept the pickups all equal....ok maybe "better" is a bad choice of words, "improved phase interaction" is maybe a better way of saying it..???
thank you.
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