phase shift
(note: one phase length is viewed as a full circle or 360 degrees, as the signal then repeats)
Hi hanon1492
as far as I can follow your reasoning in post #714 I think most points of your deductions are correct.
However, your image correctly depicts the required phase shift between the signals of the two primary coils. This phase shift is half a phase length, which is also called a phase shift of 180 degrees or in other words "phase inversion", "phase opposition" or "counter phase".
Why do you talk about 90 degrees phase delay in your last post? I think 180 degrees is correct.
(note: one phase length is viewed as a full circle or 360 degrees, as the signal then repeats)
Hi hanon1492
as far as I can follow your reasoning in post #714 I think most points of your deductions are correct.
However, your image correctly depicts the required phase shift between the signals of the two primary coils. This phase shift is half a phase length, which is also called a phase shift of 180 degrees or in other words "phase inversion", "phase opposition" or "counter phase".
Why do you talk about 90 degrees phase delay in your last post? I think 180 degrees is correct.
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