ec. Eng. Department Dr.Eng. Ammar All Sahrab Sheet of Questions A series RLC circuit with two elements value of R=250, and L=0.6H has a leading phase angle of 60° at frequency of 40HZ. Find the value of third element "C". At what frequency will the circuit be at resonance? Derive any expression will be used. Also, find: B, Q, o, & o? (Ans.: C=20µF, 6=45HZ, B=41.67 Q=6.9, @=267.9& 0,=309.57 rad rad sec
ec. Eng. Department Dr.Eng. Ammar All Sahrab Sheet of Questions A series RLC circuit with two elements value of R=250, and L=0.6H has a leading phase angle of 60° at frequency of 40HZ. Find the value of third element "C". At what frequency will the circuit be at resonance? Derive any expression will be used. Also, find: B, Q, o, & o? (Ans.: C=20µF, 6=45HZ, B=41.67 Q=6.9, @=267.9& 0,=309.57 rad rad sec
Introductory Circuit Analysis (13th Edition)
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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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![Muscansiriyan uhive!
College of Engineering
Elec. Eng. Department
Resonance Sheet of Que.. cuits
Second Year Class
Dr. Eng. Ammar Ali Sahrab
Sheet of Questions
8.1: A series RLC circuit with two elements value of R=250, and L=0.6H has
a leading phase angle of 60° at frequency of 40Hz. Find the value of third
element "C". At what frequency will the circuit be at resonance? Derive any
expression will be used. Also, find: B, Q, 01 & o2?
(Ans.: C=20pF, f=45HZ, B=41.67 Q=6.9, o=267.97ad & =309.57a)
sec
sec
sec](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F49094017-fa46-4385-b590-b3bcdec7e785%2Fa767f03d-254c-4645-bc86-771898233f97%2Fcoz4hh7_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Muscansiriyan uhive!
College of Engineering
Elec. Eng. Department
Resonance Sheet of Que.. cuits
Second Year Class
Dr. Eng. Ammar Ali Sahrab
Sheet of Questions
8.1: A series RLC circuit with two elements value of R=250, and L=0.6H has
a leading phase angle of 60° at frequency of 40Hz. Find the value of third
element "C". At what frequency will the circuit be at resonance? Derive any
expression will be used. Also, find: B, Q, 01 & o2?
(Ans.: C=20pF, f=45HZ, B=41.67 Q=6.9, o=267.97ad & =309.57a)
sec
sec
sec
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