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In the circuit shown in part number (1), the controlling voltage, which is the voltage across R₂, is v. = 1.2008 V. Find the controlled voltage across the VCVS and the controlled current through the VCCS. 3V 2 k www R₁ 9 Va www R₂ 3kf Ra www 4 kf 0.5% 0.001% www www R₁ 1kf R₁ 5 kft

In the circuit shown in part number (1), the controlling voltage, which is the voltage across R₂, is v. = 1.2008 V. Find the controlled voltage across the VCVS and the controlled current through the VCCS. 3V 2 k www R₁ 9 Va www R₂ 3kf Ra www 4 kf 0.5% 0.001% www www R₁ 1kf R₁ 5 kft

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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In the circuit shown in part number (1), the controlling voltage, which is the voltage across R₂, is v. = 1.2908 V. Find the controlled voltage across the VCVS and the controlled current through the VCCS. 3V 2 km2 www R₁ Va www R₂ 3 kf Ra www 4 kft 0.5% -0.001% www www R₁ 1kf R₁ 5 kft
Transcribed Image Text:In the circuit shown in part number (1), the controlling voltage, which is the voltage across R₂, is v. = 1.2908 V. Find the controlled voltage across the VCVS and the controlled current through the VCCS. 3V 2 km2 www R₁ Va www R₂ 3 kf Ra www 4 kft 0.5% -0.001% www www R₁ 1kf R₁ 5 kft
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