I have a question concerning the nodal admittance matrix of a winding that has n turns. If each turn of the winding had its own model, is it possible to consider my winding a n-port network?
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1\$\begingroup\$ You could probably ... if there were no "interaction" between the elementary model "1 turn"... \$\endgroup\$– Antonio51Aug 1, 2022 at 10:58
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\$\begingroup\$ @Antonio51 By interaction you mean, couplings rights? -either capacitive ou inductive- \$\endgroup\$– WallflowerAug 1, 2022 at 11:13
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\$\begingroup\$ Yes. But if all these "couplings" are included in your "N-port model", you can define the base model for the "whole windings" (very complicated thing), not for a part (for each turn). \$\endgroup\$– Antonio51Aug 1, 2022 at 12:55
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\$\begingroup\$ @Antonio51 I can easily define the base model for the winding (all turns included) but I am more interested in the turn behavior. I am more confused on whether I can define each turn as a port. I mean does is it physically make sense or it nonsense? \$\endgroup\$– WallflowerAug 2, 2022 at 7:48
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1\$\begingroup\$ It does physically make sense ... But probably a "bit" complicated without checking at "lab". See my answer ... A try to modeling... \$\endgroup\$– Antonio51Aug 2, 2022 at 17:03
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I tried something like this for a "little" inductor (4 turns).
But I do not have all the measuring instruments to evaluate the "consistency" of the model.
However, it can be a "beginning" ...
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1\$\begingroup\$ RF Microelectronics (Prentice Hall Communications Engineering and Emerging Technologies Series) Razavi. You should read "chapter 7". \$\endgroup\$ Aug 3, 2022 at 16:00
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\$\begingroup\$ Will do, thank you very much Antonio !! \$\endgroup\$ Aug 3, 2022 at 21:24