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with the lumped-element circuit shown in Figure 8.36a. Zo-3.3487 Zo=3.3487 L₁ = 3.3487 L3=3.3487 (a) C₂=0.7117 Zo-3.3487 Zo=1.405 1=A/8 at w=1 (b) Zo-3.3487 Z₁ =1 Zo=1 Zo=1.405 1=A/8 at w=1 8=50 Kuroda Identities (n² = 1 + Z₂/Z, 20-1 21079694 231174813 25:1174813 0.79674 221.39242 24:163313 26:139242

with the lumped-element circuit shown in Figure 8.36a. Zo-3.3487 Zo=3.3487 L₁ = 3.3487 L3=3.3487 (a) C₂=0.7117 Zo-3.3487 Zo=1.405 1=A/8 at w=1 (b) Zo-3.3487 Z₁ =1 Zo=1 Zo=1.405 1=A/8 at w=1 8=50 Kuroda Identities (n² = 1 + Z₂/Z, 20-1 21079694 231174813 25:1174813 0.79674 221.39242 24:163313 26:139242

Introductory Circuit Analysis (13th Edition)
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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I can help you solve the circuit using Kuroda's identities. Please provide the circuit diagram or the description of the circuit you want to analyze.
with the lumped-element circuit shown in Figure 8.36a. Zo-3.3487 Zo=3.3487 L₁ = 3.3487 L3=3.3487 (a) C₂=0.7117 Zo-3.3487 Zo=1.405 1=A/8 at w=1 (b) Zo-3.3487 Z₁ =1 Zo=1 Zo=1.405 1=A/8 at w=1
Transcribed Image Text:with the lumped-element circuit shown in Figure 8.36a. Zo-3.3487 Zo=3.3487 L₁ = 3.3487 L3=3.3487 (a) C₂=0.7117 Zo-3.3487 Zo=1.405 1=A/8 at w=1 (b) Zo-3.3487 Z₁ =1 Zo=1 Zo=1.405 1=A/8 at w=1
8=50 Kuroda Identities (n² = 1 + Z₂/Z, 20-1 21079694 231174813 25:1174813 0.79674 221.39242 24:163313 26:139242
Transcribed Image Text:8=50 Kuroda Identities (n² = 1 + Z₂/Z, 20-1 21079694 231174813 25:1174813 0.79674 221.39242 24:163313 26:139242
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