4. Consider the following circuit with Vin=8sin(40mt). Use constant voltage model.Answer the questions. (R₁ = 1kQ, VD1. on = 0.1V, C₁ = 5 mF) <ViaVin (V)(a) Calculate the peak-to-peak amplitude of the ripple VR. (Assume that the capacitor,C₁ discharges by a small amount enough.)8➜D₁(b) Plot the Vout on the below graph. And mark VR value and maximum value of Vouton the below graph."M(c) If R₁ = 00, plot the Vout graph and mark the maximum Vout value on the same planeof Vin graph for the time.Vin (V)8R₁OVout7575t(ms)t(ms)

The capacity to vary output current in order to maintain a specific voltage is referred to as…

4. Consider the following circuit with Vin = 8sin(40πt). Use constant voltage model. Answer the questions. (R₁ = 1k0, VD1. on = 0.1V, C₁ = 5 mF)< Vin D₁ (a) Calculate the peak-to-peak amplitude of the ripple VR. (Assume that the capacitor, C₁ discharges by a small amount enough.) Vin (V) R₁ (b) Plot the Vout on the below graph. And mark VR value and maximum value of Vout on the below graph. 8 MA (c) If R₁ = ∞o, plot the Vout graph and mark the maximum Vout value on the same plane of Vin graph for the time. Vin (V) 8 C₁ Vout 75 75 t(ms) t(ms)

4. Consider the following circuit with Vin = 8sin(40πt). Use constant voltage model. Answer the questions. (R₁ = 1k0, VD1. on = 0.1V, C₁ = 5 mF)< Vin D₁ (a) Calculate the peak-to-peak amplitude of the ripple VR. (Assume that the capacitor, C₁ discharges by a small amount enough.) Vin (V) R₁ (b) Plot the Vout on the below graph. And mark VR value and maximum value of Vout on the below graph. 8 MA (c) If R₁ = ∞o, plot the Vout graph and mark the maximum Vout value on the same plane of Vin graph for the time. Vin (V) 8 C₁ Vout 75 75 t(ms) t(ms)

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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