Voltage-Multiplier Circuits 1. Determine the voltage available from the voltage doubler of Fig. 123 if the secondary voltage of the transformer is 120 V (rms). s. Determine the required PIV ratings of the diodes of Fig. 123 in terms of the peak secondary voltage Vm- D2 2V C2 2Vm + FIG. 123 Half-wave voltage doubler. 47. Vm = 1.414(120 V) = 169.68 V 2Vm = 2(169.68 V) = 339.36 V 48. The PIV for each diode is 2Vm .:PIV = 2(1.414)(Vms) + Lo00000000

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Circuits: Answer #47 only. Answers are already GIVEN. I just need you to explain them in plain English. Draw additional circuits if necessary to state your point.

11 Voltage-Multiplier Circuits
47. Determine the voltage available from the voltage doubler of Fig. 123 if the secondary voltage
of the transformer is 120 V (rms).
48. Determine the required PIV ratings of the diodes of Fig. 123 in terms of the peak secondary
voltage Vm-
Vm
D2
DI
:C2 2Vm
+
FIG. 123
Half-wave voltage doubler.
47.
Vm = 1.414(120 V) = 169.68 V
2Vm = 2(169.68 V) = 339.36 V
48.
The PIV for each diode is 2Vm
..PIV = 2(1.414)(Vms)
Transcribed Image Text:11 Voltage-Multiplier Circuits 47. Determine the voltage available from the voltage doubler of Fig. 123 if the secondary voltage of the transformer is 120 V (rms). 48. Determine the required PIV ratings of the diodes of Fig. 123 in terms of the peak secondary voltage Vm- Vm D2 DI :C2 2Vm + FIG. 123 Half-wave voltage doubler. 47. Vm = 1.414(120 V) = 169.68 V 2Vm = 2(169.68 V) = 339.36 V 48. The PIV for each diode is 2Vm ..PIV = 2(1.414)(Vms)
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