d. The peak voltage across the capacitor at resonance, fo e. The peak voltage across the capacitor at 0.97*fo f. Does changing R₁ change the bandwidth? Use the answers to part c and part e to help answer this question. If you are unsure, you might want to answer question 2 and then return to this question.
d. The peak voltage across the capacitor at resonance, fo e. The peak voltage across the capacitor at 0.97*fo f. Does changing R₁ change the bandwidth? Use the answers to part c and part e to help answer this question. If you are unsure, you might want to answer question 2 and then return to this question.
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...
Related questions
Question
Q.) Do parts d ,e and f.
Resonent frequency 1612 hz
![1) Given: VIN (peak)- 5.00 V, R₁-250 k2, L = 75.0 mH,
C-130.0 nF (nano-10%),
If RL 0.0 2, find the following:
a.
www
R₁
R₁
www
The resonant frequency, fo, in Hertz. As before you may
assume that Q is large enough so that XL = [Xc) defines the
resonant frequency, fo.
b.
The peak voltage across the capacitor at resonance, fo
c. The peak voltage across the capacitor at 0.97*fo
If R₁150.0 2 and using same resonant frequency, find the following:
d. The peak voltage across the capacitor at resonance, fo
e.
The peak voltage across the capacitor at 0.97* fo
f. Does changing R₁ change the bandwidth? Use the answers to part c and part e to help answer
this question. If you are unsure, you might want to answer question 2 and then return to this
question.
L](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F90ba672c-1008-4303-ac7a-8428c18b6141%2Ff4d59c79-e830-4ae3-a5cc-d8a1016c2b43%2F5cc5c6a_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1) Given: VIN (peak)- 5.00 V, R₁-250 k2, L = 75.0 mH,
C-130.0 nF (nano-10%),
If RL 0.0 2, find the following:
a.
www
R₁
R₁
www
The resonant frequency, fo, in Hertz. As before you may
assume that Q is large enough so that XL = [Xc) defines the
resonant frequency, fo.
b.
The peak voltage across the capacitor at resonance, fo
c. The peak voltage across the capacitor at 0.97*fo
If R₁150.0 2 and using same resonant frequency, find the following:
d. The peak voltage across the capacitor at resonance, fo
e.
The peak voltage across the capacitor at 0.97* fo
f. Does changing R₁ change the bandwidth? Use the answers to part c and part e to help answer
this question. If you are unsure, you might want to answer question 2 and then return to this
question.
L
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