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a. For the circuit shown below: 20 2 1 mH R | 100cos(2004) V 25 mF =c Vs 2 the following LTspice netlist can be used to determine the magnitude and phase angle of the steady-state AC part of v. Vs 3 2 AC 100 0 R 30 20 L0 1 1m C1? 25m

a. For the circuit shown below: 20 2 1 mH R | 100cos(2004) V 25 mF =c Vs 2 the following LTspice netlist can be used to determine the magnitude and phase angle of the steady-state AC part of v. Vs 3 2 AC 100 0 R 30 20 L0 1 1m C1? 25m

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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a. For the circuit shown below: 20 2 1 mH ll R Vs (*) 100cos(2001) V 25 mF the following LTspice netlist can be used to determine the magnitude and phase angle of the steady-state ĀC part of v: Vs 3 2 AC 100 0 R 3 0 20 L0 1 1m C 1 2 25m .AC DEC 1 31.83098861 31.83098861 Run the simulation and identify the desired results in the output file. b. Use the phasor analysis method to determine the analytical solution, and verify that the LTspice result is correct.
Transcribed Image Text:a. For the circuit shown below: 20 2 1 mH ll R Vs (*) 100cos(2001) V 25 mF the following LTspice netlist can be used to determine the magnitude and phase angle of the steady-state ĀC part of v: Vs 3 2 AC 100 0 R 3 0 20 L0 1 1m C 1 2 25m .AC DEC 1 31.83098861 31.83098861 Run the simulation and identify the desired results in the output file. b. Use the phasor analysis method to determine the analytical solution, and verify that the LTspice result is correct.
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Step 1

Given the circuit, as shown below:

Electrical Engineering homework question answer, step 1, image 1

We need to determine the magnitude and phase angle of the steady-state AC part of ix.

We need to verify the result using the LTSPICE simulation.

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