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A nonideal flyback converter. The flyback converter shown in Fig. 6.32d operates in the continuous conduction mode. The MOSFET has on-resistance Ron, and the diode has a constant forward voltage drop Vp. The flyback transformer has primary winding resistance Rp and secondary winding resistance Ry. (a) Derive a complete steady-state equivalent circuit model, which is valid in the contin- uous conduction mode, and which correctly models the loss elements listed above as well as the converter input and output ports. Sketch your equivalent circuit. (b) Derive an analytical expression for the converter efficiency.

A nonideal flyback converter. The flyback converter shown in Fig. 6.32d operates in the continuous conduction mode. The MOSFET has on-resistance Ron, and the diode has a constant forward voltage drop Vp. The flyback transformer has primary winding resistance Rp and secondary winding resistance Ry. (a) Derive a complete steady-state equivalent circuit model, which is valid in the contin- uous conduction mode, and which correctly models the loss elements listed above as well as the converter input and output ports. Sketch your equivalent circuit. (b) Derive an analytical expression for the converter efficiency.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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(d) 1:n V LM C V. e 6.5 A nonideal flyback converter. The flyback converter shown in Fig. 6.32d operates in the continuous conduction mode. The MOSFET has on-resistance Ron, and the diode has a constant forward voltage drop Vp. The flyback transformer has primary winding resistance R, and secondary winding resistance R,. (a) Derive a complete steady-state equivalent circuit model, which is valid in the contin- uous conduction mode, and which correctly models the loss elements listed above as well as the converter input and output ports. Sketch your equivalent circuit. (b) Derive an analytical expression for the converter efficiency. + rele +
Transcribed Image Text:(d) 1:n V LM C V. e 6.5 A nonideal flyback converter. The flyback converter shown in Fig. 6.32d operates in the continuous conduction mode. The MOSFET has on-resistance Ron, and the diode has a constant forward voltage drop Vp. The flyback transformer has primary winding resistance R, and secondary winding resistance R,. (a) Derive a complete steady-state equivalent circuit model, which is valid in the contin- uous conduction mode, and which correctly models the loss elements listed above as well as the converter input and output ports. Sketch your equivalent circuit. (b) Derive an analytical expression for the converter efficiency. + rele +
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