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Section 6.3 6.23 Assume that the initial energy stored in the induc- PSPICE tors of Figs. P6.23(a) and (b) is zero. Find the equiv- alent inductance with respect to the terminals a, b. MULTISIM

Section 6.3 6.23 Assume that the initial energy stored in the induc- PSPICE tors of Figs. P6.23(a) and (b) is zero. Find the equiv- alent inductance with respect to the terminals a, b. MULTISIM

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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Circuits 1 HW 5 Q9
**Figure P6.23** This figure includes two circuit diagrams, labeled (a) and (b), illustrating different configurations of inductors in a network. Each inductor is marked with its inductance value in henrys (H). **Diagram (a):** - Inductors are connected between nodes labeled "a" and "b." - Starting from the left: - 12 H inductor connected between nodes a and a junction point. - From the junction, a 10 H inductor connects diagonally to b, while an 80 H inductor connects horizontally to another junction. - From this junction, a 60 H inductor connects diagonally to the right and joins a 5 H inductor connected back to node a. - A 24 H inductor connects directly between nodes a and b. - On the right side, a 6 H inductor connects vertically between a junction and node b. - A 14 H inductor connects horizontally from the top-right junction back to the vertical 6 H inductor. **Diagram (b):** - Another network of inductors with nodes a and b: - A 21 H inductor at the top, forming a short path parallel to a horizontal 4 H inductor below it. - These connect to a junction where the 4 H inductor continues horizontally, connecting a 15 H inductor upwards to meet the top inductor. - A 44 H inductor connects diagonally from node b to a junction, forming a triangle with the 1.2 H inductor along the bottom. - A 12 H inductor connects diagonally in the middle section between junctions. - On the right, a 25 H inductor connects vertically between node b and the rightmost junction. - A 10 H inductor, in combination with the 12 H inductor, connects a triangle formation near node b. Each configuration represents a different way to arrange inductors for varying applications in electrical circuits.
Transcribed Image Text:**Figure P6.23** This figure includes two circuit diagrams, labeled (a) and (b), illustrating different configurations of inductors in a network. Each inductor is marked with its inductance value in henrys (H). **Diagram (a):** - Inductors are connected between nodes labeled "a" and "b." - Starting from the left: - 12 H inductor connected between nodes a and a junction point. - From the junction, a 10 H inductor connects diagonally to b, while an 80 H inductor connects horizontally to another junction. - From this junction, a 60 H inductor connects diagonally to the right and joins a 5 H inductor connected back to node a. - A 24 H inductor connects directly between nodes a and b. - On the right side, a 6 H inductor connects vertically between a junction and node b. - A 14 H inductor connects horizontally from the top-right junction back to the vertical 6 H inductor. **Diagram (b):** - Another network of inductors with nodes a and b: - A 21 H inductor at the top, forming a short path parallel to a horizontal 4 H inductor below it. - These connect to a junction where the 4 H inductor continues horizontally, connecting a 15 H inductor upwards to meet the top inductor. - A 44 H inductor connects diagonally from node b to a junction, forming a triangle with the 1.2 H inductor along the bottom. - A 12 H inductor connects diagonally in the middle section between junctions. - On the right, a 25 H inductor connects vertically between node b and the rightmost junction. - A 10 H inductor, in combination with the 12 H inductor, connects a triangle formation near node b. Each configuration represents a different way to arrange inductors for varying applications in electrical circuits.
**Section 6.3** **6.23** Assume that the initial energy stored in the inductors of Figs. P6.23(a) and (b) is zero. Find the equivalent inductance with respect to the terminals a, b. *Note: This is related to concepts in electrical engineering, specifically dealing with inductors and their behavior in circuits. The problem implies referring to specific figures (P6.23(a) and (b)), which are necessary for solving the equivalent inductance problem. This involves calculating the total inductance perceived at terminals a and b, considering the configuration and properties of the inductors.*
Transcribed Image Text:**Section 6.3** **6.23** Assume that the initial energy stored in the inductors of Figs. P6.23(a) and (b) is zero. Find the equivalent inductance with respect to the terminals a, b. *Note: This is related to concepts in electrical engineering, specifically dealing with inductors and their behavior in circuits. The problem implies referring to specific figures (P6.23(a) and (b)), which are necessary for solving the equivalent inductance problem. This involves calculating the total inductance perceived at terminals a and b, considering the configuration and properties of the inductors.*
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