Problem 1. For the linear transformer circuit assume v(t), = 1Vms cos(cot), operated at a frequency of 100Hz. ZL is a 20mH inductor, L1= 10mH, L2= 15mH, mutual inductance M = 5mH, R₁ = 3052, R₂ = 1092. Calculate the voltage source apparent power and power factor. Solve for the current through Zi also. S= R₁ ww Power Factor= I₂ = L₁ ell VA M 4₂ R₂ ww 12 ZL VL circle one: leading or lagging
Problem 1. For the linear transformer circuit assume v(t), = 1Vms cos(cot), operated at a frequency of 100Hz. ZL is a 20mH inductor, L1= 10mH, L2= 15mH, mutual inductance M = 5mH, R₁ = 3052, R₂ = 1092. Calculate the voltage source apparent power and power factor. Solve for the current through Zi also. S= R₁ ww Power Factor= I₂ = L₁ ell VA M 4₂ R₂ ww 12 ZL VL circle one: leading or lagging
Power System Analysis and Design (MindTap Course List)
6th Edition
ISBN:9781305632134
Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma
Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma
Chapter6: Power Flows
Section: Chapter Questions
Problem 6.61P
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![Problem 1. For the linear transformer circuit assume v(t), = 1Vms cos(cot), operated at a
frequency of 100Hz.
Z₁ is a 20mH inductor, L₁= 10mH, L2= 15mH, mutual inductance M = 5mH, R₁ = 3052, R2
= 1092. Calculate the voltage source apparent power and power factor. Solve for the current
through Zi also.
R₁
S=
Power Factor=
I₂ =
L₁
ell
VA
M
4₂
R₂
www
1₂ ZL VL
circle one: leading or lagging](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb8126b48-8b0d-48b8-a63c-6eccc716a3f1%2F95656c28-1494-4d51-b0a2-92c49f573f78%2Fv3kklr_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Problem 1. For the linear transformer circuit assume v(t), = 1Vms cos(cot), operated at a
frequency of 100Hz.
Z₁ is a 20mH inductor, L₁= 10mH, L2= 15mH, mutual inductance M = 5mH, R₁ = 3052, R2
= 1092. Calculate the voltage source apparent power and power factor. Solve for the current
through Zi also.
R₁
S=
Power Factor=
I₂ =
L₁
ell
VA
M
4₂
R₂
www
1₂ ZL VL
circle one: leading or lagging
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