V2 D1 ww R1 Vout Suppose D1 is an ideal diode in the circuit above, R1=6220, and V2 is a 104Vrms AC source with frequency of 60Hz. We wish to reduce the ripple of the output voltage by placing a capacitor in parallel with the load R1. What is the minimum capacitance (in μF) required to achieve a ripple voltage of AV 3.6V? Pay attention to units and round your answer to 1 digit to the right of the decimal.

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V2
D1
R1
Vout
Suppose D1 is an ideal diode in the circuit
above, R1=6220, and V2 is a 104Vrms
AC source with frequency of 60Hz. We
wish to reduce the ripple of the output
voltage by placing a capacitor in parallel
with the load R1. What is the minimum
capacitance (in μF) required to achieve a
ripple voltage of AV=3.6V? Pay
attention to units and round your
answer to 1 digit to the right of the
decimal.
Transcribed Image Text:V2 D1 R1 Vout Suppose D1 is an ideal diode in the circuit above, R1=6220, and V2 is a 104Vrms AC source with frequency of 60Hz. We wish to reduce the ripple of the output voltage by placing a capacitor in parallel with the load R1. What is the minimum capacitance (in μF) required to achieve a ripple voltage of AV=3.6V? Pay attention to units and round your answer to 1 digit to the right of the decimal.
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