4. Given the following Active Filter circuit: Vin= .6 sin wt R2 w R1 w 2ΚΩ Rf ww 18ΚΩ + VCC (+12v) 5.0V U1 + 741 Vo 10ΚΩ C1 .001592μF 5.0V VCC (-12v) 1. Determine the following: a. The cutoff frequency (Fc) b. The Gain of the amplifier at a frequency equal to 100 Hz & The GAIN of the amplifier at the cutoff frequency C. The peak-peak amplitude of Vo at a frequency equal to 100 Hz
4. Given the following Active Filter circuit: Vin= .6 sin wt R2 w R1 w 2ΚΩ Rf ww 18ΚΩ + VCC (+12v) 5.0V U1 + 741 Vo 10ΚΩ C1 .001592μF 5.0V VCC (-12v) 1. Determine the following: a. The cutoff frequency (Fc) b. The Gain of the amplifier at a frequency equal to 100 Hz & The GAIN of the amplifier at the cutoff frequency C. The peak-peak amplitude of Vo at a frequency equal to 100 Hz
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
5.q4.pt1
![4. Given the following Active Filter circuit:
Vin= .6 sin wt
R2
w
R1
w
2ΚΩ
Rf
ww
18ΚΩ
+ VCC (+12v)
5.0V
U1
+
741
Vo
10ΚΩ
C1
.001592μF
5.0V
VCC (-12v)
1.
Determine the following:
a.
The cutoff frequency (Fc)
b. The Gain of the amplifier at a frequency equal to 100 Hz & The GAIN of the amplifier at the
cutoff frequency
C.
The peak-peak amplitude of Vo at a frequency equal to 100 Hz](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F98576b78-624e-4d52-821d-366492ba5b93%2Fcac5887e-5508-44a3-892e-8b6dd6580bf5%2Fcb09frf_processed.png&w=3840&q=75)
Transcribed Image Text:4. Given the following Active Filter circuit:
Vin= .6 sin wt
R2
w
R1
w
2ΚΩ
Rf
ww
18ΚΩ
+ VCC (+12v)
5.0V
U1
+
741
Vo
10ΚΩ
C1
.001592μF
5.0V
VCC (-12v)
1.
Determine the following:
a.
The cutoff frequency (Fc)
b. The Gain of the amplifier at a frequency equal to 100 Hz & The GAIN of the amplifier at the
cutoff frequency
C.
The peak-peak amplitude of Vo at a frequency equal to 100 Hz
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