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a) Please calculate the current i(t), when the external voltage is set to uI(t) = 10 V cos(w*t) for the frequency 159.15 Hz (for this frequency the impedance of the circuit turns real). b) Please draft the magnitude of the total Impedance Z into the diagram ( |Z| in Ω - y-axis and f in Hz - x-axis ) . You do not need to derive an analytical expression, but you can. Please add relevant parameters such as interesting frequencies and limits to the draft.

a) Please calculate the current i(t), when the external voltage is set to uI(t) = 10 V cos(w*t) for the frequency 159.15 Hz (for this frequency the impedance of the circuit turns real). b) Please draft the magnitude of the total Impedance Z into the diagram ( |Z| in Ω - y-axis and f in Hz - x-axis ) . You do not need to derive an analytical expression, but you can. Please add relevant parameters such as interesting frequencies and limits to the draft.

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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a) Please calculate the current i(t), when the external voltage is set to uI(t) = 10 V cos(w*t) for the frequency 159.15 Hz (for this frequency the impedance of the circuit turns real).

b) Please draft the magnitude of the total Impedance Z into the diagram ( |Z| in Ω - y-axis and f in Hz - x-axis ) . You do not need to derive an analytical expression, but you can. Please add relevant parameters such as interesting frequencies and limits to the draft.

You are given the following AC circuit. A R₁₂= B = 10 Ω R₂ = 100 1 L = 4 mH wwww U₁ R3= The ideal voltage source is given as U = 10 V RMS. U₁ Uc = 15 Ω C = 250 µF
Transcribed Image Text:You are given the following AC circuit. A R₁₂= B = 10 Ω R₂ = 100 1 L = 4 mH wwww U₁ R3= The ideal voltage source is given as U = 10 V RMS. U₁ Uc = 15 Ω C = 250 µF
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