4. Figure 6 shows a filter circuit diagram. Answer the following questions: H C R out Figure 6 If R and C are 1 kN and 0.22 µF, a) respectively, give the expression for the transfer function. Show your working and name the filter type. Hence, sketch the ideal Bode diagram to show the ideal frequency response of the gain (dB) and phase shift (radians) of the filter in Figure 1. Label clearly the cut-off frequency and the phase shift at cut-off frequency. b) On the same axis of your plot for question b), sketch the probable practical Bode plots for gain and phase shift frequency response of the filter in Figure 1. Comment why the curves are c) different from ideal?
4. Figure 6 shows a filter circuit diagram. Answer the following questions: H C R out Figure 6 If R and C are 1 kN and 0.22 µF, a) respectively, give the expression for the transfer function. Show your working and name the filter type. Hence, sketch the ideal Bode diagram to show the ideal frequency response of the gain (dB) and phase shift (radians) of the filter in Figure 1. Label clearly the cut-off frequency and the phase shift at cut-off frequency. b) On the same axis of your plot for question b), sketch the probable practical Bode plots for gain and phase shift frequency response of the filter in Figure 1. Comment why the curves are c) different from ideal?
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
![4. Figure 6 shows a filter circuit diagram.
Answer the following questions:
H
R
out
Figure 6
If R and C are 1 kN and 0.22 µF,
a)
respectively, give the expression for the transfer
function. Show your working and name the filter
type.
Hence, sketch the ideal Bode diagram to
show the ideal frequency response of the gain
(dB) and phase shift (radians) of the filter in
Figure 1. Label clearly the cut-off frequency and
the phase shift at cut-off frequency.
b)
On the same axis of your plot for question
b), sketch the probable practical Bode plots for
gain and phase shift frequency response of the
filter in Figure 1. Comment why the curves are
c)
different from ideal?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb9a725b0-82c8-4aa8-beb3-62958a93d0c4%2F6f029446-e491-47c5-9a9a-3ea68b87feaa%2Fz37aal_processed.jpeg&w=3840&q=75)
Transcribed Image Text:4. Figure 6 shows a filter circuit diagram.
Answer the following questions:
H
R
out
Figure 6
If R and C are 1 kN and 0.22 µF,
a)
respectively, give the expression for the transfer
function. Show your working and name the filter
type.
Hence, sketch the ideal Bode diagram to
show the ideal frequency response of the gain
(dB) and phase shift (radians) of the filter in
Figure 1. Label clearly the cut-off frequency and
the phase shift at cut-off frequency.
b)
On the same axis of your plot for question
b), sketch the probable practical Bode plots for
gain and phase shift frequency response of the
filter in Figure 1. Comment why the curves are
c)
different from ideal?
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