a) Find the cutoff frequency (in hertz) of the lowpass filter shown in the figure. b) Calculate H(jw) at we, 0.lwe, and 10g. e) If v, = 25cos(wt) mV, write the steady-state expression for vg when w = omega,, W = 0.1we, and w = 10e. 160 N 5 µF Vo
a) Find the cutoff frequency (in hertz) of the lowpass filter shown in the figure. b) Calculate H(jw) at we, 0.lwe, and 10g. e) If v, = 25cos(wt) mV, write the steady-state expression for vg when w = omega,, W = 0.1we, and w = 10e. 160 N 5 µF Vo
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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I have attached the question with the answer as shown in the snap. I neep step by step solution (Hand Written Only). Need the answer of all parts otherwise, not accepted. Please
![a) Find the cutoff frequency (in hertz) of the lowpass filter shown in the figure.
b) Calculate H(ju) at we, 0.1we, and 10wg.
c) If v; = 25cos(wt) mV, write the steady-state expression for vo when w = omega., w = 0.1we, and w = 10wc.
160 N
:5 µF
Vo
Answers:
a) we
1250 rad
1250
b) H (jwc)
1250 + j1250
1250
H (50.1wc)
1250 + j125
H (j10we)
1250
1250 + j12500
c) vo (t) lu.= 17.68 cos(1250t – 45°) mV
vo (t) la.1w, = 24.88 cos(125t – 5.71°) mV
%3D
vo (t) |101, = 2.49 cos(12500t – 84.29°) mV
%3|](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F519b43af-7a17-4e63-bea0-e098363ea971%2F693a010e-2446-426a-93b1-592416e42e3d%2Fuwq7s1_processed.png&w=3840&q=75)
Transcribed Image Text:a) Find the cutoff frequency (in hertz) of the lowpass filter shown in the figure.
b) Calculate H(ju) at we, 0.1we, and 10wg.
c) If v; = 25cos(wt) mV, write the steady-state expression for vo when w = omega., w = 0.1we, and w = 10wc.
160 N
:5 µF
Vo
Answers:
a) we
1250 rad
1250
b) H (jwc)
1250 + j1250
1250
H (50.1wc)
1250 + j125
H (j10we)
1250
1250 + j12500
c) vo (t) lu.= 17.68 cos(1250t – 45°) mV
vo (t) la.1w, = 24.88 cos(125t – 5.71°) mV
%3D
vo (t) |101, = 2.49 cos(12500t – 84.29°) mV
%3|
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