Hello all,
I've just finished making a Wal-inspired pickup. In this case, the coils are configured like a modern Wal... each pair of coils under each string are wired in series, and all pairs are then wired in parallel.
Here's the problem: with one of the pairs of coils, the DCR reading is bit higher for each coil, at ~2.5 Ohms, compared to ~1.5 Ohms for the each coil in the other pairs. Whether this is due to wire stretching while winding, or the solder connections for the coils in this pair not being as good, I don't know. However, the output from this pair of coils is *far* less than the other 3 pairs. The magnets in these coils seem to be as strong as the others, too.
Any ideas as what is causing this?
Is it simply because the resistance/impedance is higher in this pair, and since the pairs are wired in parallel, less current can flow through (or be generated from) this pair?
I've just finished making a Wal-inspired pickup. In this case, the coils are configured like a modern Wal... each pair of coils under each string are wired in series, and all pairs are then wired in parallel.
Here's the problem: with one of the pairs of coils, the DCR reading is bit higher for each coil, at ~2.5 Ohms, compared to ~1.5 Ohms for the each coil in the other pairs. Whether this is due to wire stretching while winding, or the solder connections for the coils in this pair not being as good, I don't know. However, the output from this pair of coils is *far* less than the other 3 pairs. The magnets in these coils seem to be as strong as the others, too.
Any ideas as what is causing this?
Is it simply because the resistance/impedance is higher in this pair, and since the pairs are wired in parallel, less current can flow through (or be generated from) this pair?
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