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Q2/ Calculate the transformer turns ratio of the rectifier circuit as shown in Fig. and determine the peak inverse voltage (PIV) of each diode. Assume that the input voltage of the transformer is 220 V(rms), 50 Hz from an AC main line source, the desired peak output voltage of the circuit is 9V . and the diode cut-in voltage V=0.6v

Q2/ Calculate the transformer turns ratio of the rectifier circuit as shown in Fig. and determine the peak inverse voltage (PIV) of each diode. Assume that the input voltage of the transformer is 220 V(rms), 50 Hz from an AC main line source, the desired peak output voltage of the circuit is 9V . and the diode cut-in voltage V=0.6v

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:Q2 Q2/ Calculate the transformer turns ratio of the rectifier circuit as shown in Fig. and determine the peak inverse voltage (PIV) of each diode. Assume that the input voltage of the transformer is 220 V(rms), 50 Hz from an AC main line source, the desired peak output voltage of the circuit is 9V and the diode cut-in voltage V=0.6v N: N2 D3 +Vo D4 إضافة ملف
Transcribed Image Text::Q2 Q2/ Calculate the transformer turns ratio of the rectifier circuit as shown in Fig. and determine the peak inverse voltage (PIV) of each diode. Assume that the input voltage of the transformer is 220 V(rms), 50 Hz from an AC main line source, the desired peak output voltage of the circuit is 9V and the diode cut-in voltage V=0.6v N: N2 D3 +Vo D4 إضافة ملف
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