3,457 posts
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Post by LeoThunder on Sept 11, 2019 19:58:38 GMT
Mine is 42 mm thick all around, except 45 mm at the horns. That's a difference.
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ttmax
Harley Benton Expert
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Post by ttmax on Sept 11, 2019 20:10:14 GMT
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3,457 posts
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Post by LeoThunder on Sept 11, 2019 20:14:48 GMT
They are different pick-ups, Roswell HAF on solid body, LAF on semi-hollow and I would definitely expect higher values from the other ones, said to have higher output.
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ttmax
Harley Benton Expert
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Post by ttmax on Sept 11, 2019 21:03:49 GMT
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ttmax
Harley Benton Expert
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Post by ttmax on Sept 11, 2019 21:10:52 GMT
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3,457 posts
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Post by LeoThunder on Sept 12, 2019 4:03:13 GMT
I have no idea how you get readings at twice the expected value. On the Roswell site, both HAF and LAF have similar resistance values of 8.3 to 8.4 KOhm. A 16K bridge pick-up is high putput, like this Roswell LPSA
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3,457 posts
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Post by LeoThunder on Sept 12, 2019 4:15:02 GMT
There's a Gremlin in your guitars that wires the pick-ups in series when you switch to the bridge position
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3,457 posts
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Post by LeoThunder on Sept 12, 2019 7:43:48 GMT
I have no idea how you get readings at twice the expected value. Unless there is another resistance in the way, as a bad soldering joint. I do not know what kind of resistance a bad connection would add, I never measured one. If these bridge pick-ups have twice the wire, they should have noticeably more output than the neck. 8K added otherwise to the 500K volume pot, on the other hand, would only slightly decrease the volume level. This could be verified by measuring directly from the pick-up wires. Green and black are the ones to use.
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Post by LeoThunder on Sept 12, 2019 7:59:50 GMT
Are you sure the 4t are the mni you show? No. I just wildly assume these are the ones because I don't see why Roswell would not list the products they sell to Thomann in their range,
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3,457 posts
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Post by LeoThunder on Sept 12, 2019 8:09:06 GMT
I cannot tell, I do not own a multi-meter.
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