I would like to apologize to anyone who reads my former post as being a lecture. In the recent past I was rather curious about silver as an inductor material and teflon as a high-dielectric enamel and wanted to share the impression I gathered. I even went so far as to get a price quote from somebody who could supply teflon-enameled copper wire. Here's the quote:
What would be the price for the following?:
#42 AWG teflon-enameled solid copper magnet wire: single & heavy enamel
#43 AWG teflon-enameled solid copper magnet wire: single & heavy enamel
Awg 42 single $200.00 set up plus $750.00 per pound
Awg 42 heavy $200.00 set up plus $788.00 per pound
Awg 43 single $200.00 set up plus $788.00 per pound
Awg 43 heavy $200.00 set up plus $828.00 per pound
Delivery 6 weeks
With the sort of money I make, I wasn't even curious what the cost of teflon enameled
silver wire would run me.
My last post was a little long and somewhat incoherent because it was getting late (for me), but I meant to stress that a lot of different factors conspire to create the "sound" of a pickup, which is really just a simple electromagnetic transducer. The induction and capacitance form a tuned circuit of sorts, with a resonant peak in the low kHz (audible) region followed by a roll-off of a certain slope (or "sharpness"). Change the recipe and you change this transfer function, or "frequency response" as I clumsily worded it last night. Decreasing the amount of capacitance or inductance raises the frequency at which this peak occurs; decreasing the resistance of this tuned circuit raises it's "Q" (makes the peak "sharper"). The only given in pickup winding is this: the more the number of turns, the higher the inductance, capacitance and resistance.
There's also a few winding tricks that could be explored, such as bifilar windings, but I've already rambled on too much. So I should just shut it.