3. Experimental identification of the inductive part
3.1 Equivalent circuit with losses
3.1.1 Separation of capacitive effects; choice of measurements used
We now present the method developed to identify all the elements of the equivalent circuit developed in the previous dossier. . As we did in the theoretical approach, in order to identify the magnetic coupling, we are not concerned with the electrostatic part. This is why we only use the impedances seen between the winding terminals, and pay no attention to what happens beyond the maximum working...
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Experimental identification of the inductive part
Experimental identification of the capacitive part
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