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For the circuit shown, what is the Thevenin equivalent impedance, ZT, in polar form? j30 12 0 2452.6° A -j5 0 14430° V O 13.0/22.6°N O 12.1729.5°N O 13.02 – 22.6° N O 12.17/ = 9.5° N

For the circuit shown, what is the Thevenin equivalent impedance, ZT, in polar form? j30 12 0 2452.6° A -j5 0 14430° V O 13.0/22.6°N O 12.1729.5°N O 13.02 – 22.6° N O 12.17/ = 9.5° N

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
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**For the circuit shown, what is the Thevenin equivalent impedance, \( Z_T \), in polar form?** **Circuit Description:** 1. **Components:** - A current source of \( 2 \angle 52.6^\circ \) A. - A resistor with a resistance of \( 12 \, \Omega \). - An inductor with an inductive reactance of \( j3 \, \Omega \). - A capacitor with a capacitive reactance of \( -j5 \, \Omega \). - A voltage source of \( 14 \angle 30^\circ \) V. 2. **Configuration:** - The current source is connected in series with the resistor. - The inductor and capacitor are connected in parallel. - The voltage source is connected at the right side of the circuit. **Options for Thevenin Equivalent Impedance \( Z_T \):** - \( 13.0 \angle 22.6^\circ \, \Omega \) - \( 12.17 \angle 9.5^\circ \, \Omega \) - \( 13.0 \angle -22.6^\circ \, \Omega \) - \( 12.17 \angle -9.5^\circ \, \Omega \) For educational purposes, students should analyze the circuit using techniques such as converting to phasor form and applying the Thevenin theorem to determine the equivalent impedance.
Transcribed Image Text:**For the circuit shown, what is the Thevenin equivalent impedance, \( Z_T \), in polar form?** **Circuit Description:** 1. **Components:** - A current source of \( 2 \angle 52.6^\circ \) A. - A resistor with a resistance of \( 12 \, \Omega \). - An inductor with an inductive reactance of \( j3 \, \Omega \). - A capacitor with a capacitive reactance of \( -j5 \, \Omega \). - A voltage source of \( 14 \angle 30^\circ \) V. 2. **Configuration:** - The current source is connected in series with the resistor. - The inductor and capacitor are connected in parallel. - The voltage source is connected at the right side of the circuit. **Options for Thevenin Equivalent Impedance \( Z_T \):** - \( 13.0 \angle 22.6^\circ \, \Omega \) - \( 12.17 \angle 9.5^\circ \, \Omega \) - \( 13.0 \angle -22.6^\circ \, \Omega \) - \( 12.17 \angle -9.5^\circ \, \Omega \) For educational purposes, students should analyze the circuit using techniques such as converting to phasor form and applying the Thevenin theorem to determine the equivalent impedance.
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