A full wave rectifier uses a centre - tap transform whose turns ratio to half secondary is 10:land is supplied with 230 V at 50 Hz. The load resistance is 50 Q. Calculate the load voltage and the...


A full wave rectifier uses a centre - tap transform whose turns ratio<br>to half secondary is 10:land is supplied with 230 V at 50 Hz. The load resistance<br>is 50 Q. Calculate the load voltage and the ripple voltage. If now a capacitor of 470<br>µF. is used as a filter, recalculate the load voltage and the ripple voltage, assuming same load current.<br>

Extracted text: A full wave rectifier uses a centre - tap transform whose turns ratio to half secondary is 10:land is supplied with 230 V at 50 Hz. The load resistance is 50 Q. Calculate the load voltage and the ripple voltage. If now a capacitor of 470 µF. is used as a filter, recalculate the load voltage and the ripple voltage, assuming same load current.

Jun 11, 2022
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