***Consider the circuit shown in figure 3, assume that Vin =21 sin (wt) (in V), to answer Q6 and Q7. Q6) The DC output voltage Vode (in V) is: A) 8.91 B) 13.38 C) 6.68 Q7) The peak inverse voltage of D1 (PIV) (in V) is at least: A) 14 B) 12 e) 15 D) 21 Vin D1 2k PIV VO + 4k Figure 3 1k +Ve D) 11.14 E) 12.89 E) 9 F20.50 BV1 -21+1/2+41+21=0 I = 21 713 Vo=12 -Ve-21+4B1=0 I= 5:25 Vo=zi BVI 115 (3m) +12-PIV=0 F) 18 = 3m

***Consider the circuit shown in figure 3, assume that Vin =21 sin (wt) (in V), to answer Q6 and Q7. Q6) The DC output voltage Vode (in V) is: A) 8.91 B) 13.38 C) 6.68 Q7) The peak inverse voltage of D1 (PIV) (in V) is at least: A) 14 B) 12 e) 15 D) 21 Vin D1 2k PIV VO + 4k Figure 3 1k +Ve D) 11.14 E) 12.89 E) 9 F20.50 BV1 -21+1/2+41+21=0 I = 21 713 Vo=12 -Ve-21+4B1=0 I= 5:25 Vo=zi BVI 115 (3m) +12-PIV=0 F) 18 = 3m

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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