a. For the circuit shown below: L Jzsin 1000t+ 37 100 2 10 mH 90 µF the following LTspice netlist can be used determine the magnitude and phase angle of the steady- state AC part of i,: I0 1 AC 1.414213562 45 R 10 100 L10 10m C 10 90Ou
a. For the circuit shown below: L Jzsin 1000t+ 37 100 2 10 mH 90 µF the following LTspice netlist can be used determine the magnitude and phase angle of the steady- state AC part of i,: I0 1 AC 1.414213562 45 R 10 100 L10 10m C 10 90Ou
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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
Transcribed Image Text:a. For the circuit shown below:
L
zsin 1000t+
E 90 µF
100 2
10 mH
the following LTspice netlist can be used determine the magnitude and phase angle of the steady-
state AC part of i,:
I0 1 AC 1.414213562 45
R 10 100
L 10 10m
C10 90u
.AC LIN 1 159.1549431 159.1549431
Run the simulation and identify the desired results in the output file.
b. Use the phasor analysis method to find the analytical solution, and verify that the LTspice result
is correct.
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