Consider the electric circuit consists of two coils, as shown. The self inductances of coils are L,=L and L,=4L, and the mutual inductance is M, = 2L. Alternating current, I(t) = I, sin(w t), is applied to the coil-1. Answer the following questions. (1) Represent the voltage generated in the coil-2, V,„ using L, I, w and t. 2' (2) Represent the voltage generated in the coil-1, V,, using L, I, w and t. (3) Calculate the voltage ratio, V,/V,. Coil-1 Coil-2 I(t) V, L, L, V, M, 12
Consider the electric circuit consists of two coils, as shown. The self inductances of coils are L,=L and L,=4L, and the mutual inductance is M, = 2L. Alternating current, I(t) = I, sin(w t), is applied to the coil-1. Answer the following questions. (1) Represent the voltage generated in the coil-2, V,„ using L, I, w and t. 2' (2) Represent the voltage generated in the coil-1, V,, using L, I, w and t. (3) Calculate the voltage ratio, V,/V,. Coil-1 Coil-2 I(t) V, L, L, V, M, 12
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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Question
![Consider the electric circuit consists of two coils, as shown. The self
inductances of coils are L,=L and L,=4L, and the mutual inductance is
M, = 2L. Alternating current, I(t) = 1, sin(w t), is applied to the coil-1.
12
Answer the following questions.
(1) Represent the voltage generated in the coil-2, V,„ using L, I, w and t.
(2) Represent the voltage generated in the coil-1, V,, using L, I,, w and t.
(3) Calculate the voltage ratio, V,/V,.
Coil-1 Coil-2
I(t)
V,
L,
L,
V,
2
M12](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0d09f712-6295-4299-a91a-ad49071c516f%2F06432cfe-c7c2-4d9e-a132-4c306b8928ba%2Fyaol8jf_processed.png&w=3840&q=75)
Transcribed Image Text:Consider the electric circuit consists of two coils, as shown. The self
inductances of coils are L,=L and L,=4L, and the mutual inductance is
M, = 2L. Alternating current, I(t) = 1, sin(w t), is applied to the coil-1.
12
Answer the following questions.
(1) Represent the voltage generated in the coil-2, V,„ using L, I, w and t.
(2) Represent the voltage generated in the coil-1, V,, using L, I,, w and t.
(3) Calculate the voltage ratio, V,/V,.
Coil-1 Coil-2
I(t)
V,
L,
L,
V,
2
M12
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