PROBLEMS 5.1 The elements of the buck-boost converter of Fig. 5.21 are ideal: all losses may be ignored. Your results for parts (a) and (b) should agree with Table 5.2. D, R v Fig. 5.21 Buck-boost...

PROBLEMS<br>5.1<br>The elements of the buck-boost converter of Fig. 5.21 are ideal: all losses may be ignored. Your results<br>for parts (a) and (b) should agree with Table 5.2.<br>D,<br>R v<br>Fig. 5.21 Buck-boost converter of Problems 5.1 and 5.13.<br>Show that the converter operates in discontinuous conduction mode when K < Ka and derive<br>expressions for K and Kg<br>Derive an expression for the de conversion ratio ViV, of the buck-boost converter operating in<br>(a)<br>(b)<br>discontinuous conduction mode.<br>(c)<br>For K = 0.1, plot VIV, over the entire range 0<DSI.<br>

Extracted text: PROBLEMS 5.1 The elements of the buck-boost converter of Fig. 5.21 are ideal: all losses may be ignored. Your results for parts (a) and (b) should agree with Table 5.2. D, R v Fig. 5.21 Buck-boost converter of Problems 5.1 and 5.13. Show that the converter operates in discontinuous conduction mode when K < ka="" and="" derive="" expressions="" for="" k="" and="" kg="" derive="" an="" expression="" for="" the="" de="" conversion="" ratio="" viv,="" of="" the="" buck-boost="" converter="" operating="" in="" (a)="" (b)="" discontinuous="" conduction="" mode.="" (c)="" for="" k="0.1," plot="" viv,="" over="" the="" entire="" range=""><>

Jun 10, 2022

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PROBLEMS 5.1 The elements of the buck-boost converter of Fig. 5.21 are ideal: all losses may be ignored. Your results for parts (a) and (b) should agree with Table 5.2. D, R v Fig. 5.21 Buck-boost...

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