Problem 3− A bridge diode rectifier circuit is shown with a low-pass f

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Problem 3− A bridge diode rectifier circuit is shown with a low-pass filter. Assume each diode drops 0.7 V when conducting, the AC source is VS = 10 V rms and 60 Hz. Let R = 1 KOhm and the capacitor C = 1 μF. A) Find the pick voltage Vp at the output port Vo. B) Find the voltage drop, Vγ, at the output Vo. C) Find the amount of PIV effecting the diodes.

Problem 3− A bridge diode rectifier circuit is shown with a low-pass filter. Assume each diode drops 0.7 V when conducting, the AC source is VS = 10 V rms and 60 Hz. Let R = 1 KOhm and the capacitor C = 1 μF. A) Find the pick voltage Vp at the output port Vo. B) Find the voltage drop, Vγ, at the output Vo. C) Find the amount of PIV effecting the diodes.

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Problem

3 -

A bridge diode rectifier circuit is shown with a low-pass filter. Assume each diode drops 0.7

V

when conducting, the

A C

source is

V_{S} = 10 V r s s

and

60 H z

. Let

R = 1 K O h m

and the capacitor

C = 1 μ F

. A) Find the pick voltage

V_{p}

at the output port

V_{0}

. B) Find the voltage drop,

V γ

, at the output

V_{0}

. C) Find the amount of PIV effecting the diodes.

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