Problem 2-3 VDI = VD2 = 2000 V, Ri = 100 kfi (a) From Fig. Therefore, the difference in diode voltages can be expressed by Is the diode voltage corresponding to the diode current ID2/ VD=TjVTIn\D If IDI is the diode current corresponding to diode voltage VD1, we get / Which, after simplification, gives the diode voltage VD as / Taking natural (base e) logarithm on both sides of Eq. Problem 2-1 ^tm~ 5 us and di/dt = 80 A/MS (a) From Eq. SOLUTIONS MANUAL POWER ELECTRONICS CIRCUITS, DEVICES, AND APPLICATIONS THIRD EDITIONĬHAPTER 2 POWER SEMICONDUCTOR DIODES AND CIRCUITS
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