b)Figure 1 shows a center-tap rectifier circuit employing silicone diodes combined witha load network circuit consists of Zener diode, resistors R, = 1kN, R = 1kn andR, = 5k2. The waveform of the input voltage V,(t) = -V sinis depicted inFigure 2.Suppose V = 20V and winding ratio of the transformer is given bya:b =1:2,(i)Sketch the output waveform of V,(t).(ii)Sketch the output wave of V.(t).(iii)Determine the average de voltage of V, (t).V;VmSia : bIZM = 5mAIo37V(t)RL3 VLRoVoV: = 9 V-VmFigure 1Figure 2

Input voltage to primary side of transformer is -20sin(2πTt) By transformer action Voltage at…

Figure 1 shows a center-tap rectifier circuit employing silicone diodes combined with b) a load network circuit consists of Zener diode, resistors R, = 1k, R = 1k2 and (푸) R, = 5k. The waveform of the input voltage V,(t) =-V, sint is depicted in Figure 2. Suppose V, = 20V and winding ratio of the transformer is given by a:b=1:2, (1) Sketch the output waveform of V, (t). (ii) Sketch the output wave of V,(t). (iii) Determine the average dc voltage of V, (t). V Si a : b R I'ZM = 5mA + 3T V:(t) RL VL Ro Vo V = 9 V Figure 1

Figure 1 shows a center-tap rectifier circuit employing silicone diodes combined with b) a load network circuit consists of Zener diode, resistors R, = 1k, R = 1k2 and (푸) R, = 5k. The waveform of the input voltage V,(t) =-V, sint is depicted in Figure 2. Suppose V, = 20V and winding ratio of the transformer is given by a:b=1:2, (1) Sketch the output waveform of V, (t). (ii) Sketch the output wave of V,(t). (iii) Determine the average dc voltage of V, (t). V Si a : b R I'ZM = 5mA + 3T V:(t) RL VL Ro Vo V = 9 V Figure 1

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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