Question: If vs (t)= 0.01 sinot, calculate id (t) by using ModifiedIdeal Diode Model (V-0.7V) (n=1, V+-25mV)v;(t)Vs=5VVs= 5VI1KWw1K2KVRI-2KVR₂FF1n=1io(t)= Ip+ i(t)I0.7 V0.7VStep 1: D.C. AnalysisSmall signal sources are removed.KVL VR2 = 0.7 +0.7 = 1.4 VI₂ = -0.7mA2VR1=5.0-VR2=5.0-1.4 = 3.6 VR2=I₁ = V2₁R11ID = I₁-1₂-2.9mA== 3.6 mA

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Question: If vs(t)= 0.01 sinot, calculate id (t) by using Modified Ideal Diode Model (V-0.7V) (n=1, V-=25mV) v;(t) Vs=5V Vs=5V IK I 1K w VRI 2K 2K m1 n=1 io(t)= Ip+ io(t) 0.7 V 0.7V Step 1: D.C. Analysis Small signal sources are removed. KVL VR2=0.7 + 0.7 = 1.4 V VR2 I₂= = 0.7mA 2 VR1=5.0-VR2 = 5.0-1.4 = 3.6 V I₁-V₁-3.6 mA R1 = = IDI₁-I₂=2.9mA www.

Question: If vs(t)= 0.01 sinot, calculate id (t) by using Modified Ideal Diode Model (V-0.7V) (n=1, V-=25mV) v;(t) Vs=5V Vs=5V IK I 1K w VRI 2K 2K m1 n=1 io(t)= Ip+ io(t) 0.7 V 0.7V Step 1: D.C. Analysis Small signal sources are removed. KVL VR2=0.7 + 0.7 = 1.4 V VR2 I₂= = 0.7mA 2 VR1=5.0-VR2 = 5.0-1.4 = 3.6 V I₁-V₁-3.6 mA R1 = = IDI₁-I₂=2.9mA www.

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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