Transcription of 'Seminar 900 Topic 8 - Coupled Inductor Design'
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'Seminar 900 Topic 8 - Coupled Inductor Design'
May 93 Lloyd Dixonto minimize the number of winding layers andminimize the magnetic field strength between thewindings by stretching it out across a wide , in this application, there is little highfrequency current in the windings, so losses are notvery important, and there is no desire to minimizeleakage inductance but instead to utilize it for aspecific purpose. So the application is better satis-fied with a "low frequency" core with a moresquare window Parameters: Coupled Inductor windings L 1, (2:Uncoupled (leakage) inductance, LL:Total peak current, Ipk:Total full load current, In:Total ripple current, :Select the Proper Core Size:Referring to the design procedure in Ref. [3] ,core selection is facilitated by calculating the corearea product (AP) required by the application, andrelating this calculation to the APs of availablecores. This step is not necessary , it simple reducesthe number of trial solutions that would be requiredto find the optimum core.)
May 93 Lloyd Dixon to minimize the number of winding layers and minimize the magnetic field strength between the windings by stretching it out across a wide window.
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