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For the coupled coils in (Figure 1), exciting coil 2 from a time-varying current source and leaving coil 1 open produces the circuit arrangement shown in (Figure 2). Figure 1 of 2 N2 V2 Figure < 2 of 2 N1 v2 (1), N2 412 - Part A Starting with the equation(1+) (1+). express the coefficient of coupling in terms of , 2. 12. p Express your answer in terms of the variables , 2. P12, and d21.

For the coupled coils in (Figure 1), exciting coil 2 from a time-varying current source and leaving coil 1 open produces the circuit arrangement shown in (Figure 2). Figure 1 of 2 N2 V2 Figure < 2 of 2 N1 v2 (1), N2 412 - Part A Starting with the equation(1+) (1+). express the coefficient of coupling in terms of , 2. 12. p Express your answer in terms of the variables , 2. P12, and d21.

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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For the coupled coils in (Figure 1), exciting coil 2 from a time-varying current source and leaving coil 1 open produces the circuit arrangement shown in (Figure 2). 1 of 2 > Figure + N2 v2 i, - Þ21° <) 2 of 2> Figure 12- |622 is N21 Part A express the coefficient of coupling in terms of ø1 , ɖ2. Þ12. Þ21- Starting with the equation=(1+) (1+). Express your answer in terms of the variables ø, d2, d2, and du.
Transcribed Image Text:For the coupled coils in (Figure 1), exciting coil 2 from a time-varying current source and leaving coil 1 open produces the circuit arrangement shown in (Figure 2). 1 of 2 > Figure + N2 v2 i, - Þ21° <) 2 of 2> Figure 12- |622 is N21 Part A express the coefficient of coupling in terms of ø1 , ɖ2. Þ12. Þ21- Starting with the equation=(1+) (1+). Express your answer in terms of the variables ø, d2, d2, and du.
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