V2 1Vpk 7.34kHz 0 Vec -Vec Vec U1A -Vcc LM324N U2A LM324N U3A R7 m 20k LM324N C7 H C21nF 3nF C4 HH bribr. 3nF R9 20k RB 200 R13 m 3000 R6 ww 20k CB C5 CS1nF R12 Vcc L1 250nF 1500 4.7mH LM324N -Vec U4A Vcc -Vec USA LM324N U3B PR2 LM324N R3 5K PR3 R4 5K PR1 001 R10 SK 001 R2 ww 100k Figure 1. 3-Channel Equalizer circuit R5 ww 100k R14 w 60k Vcc T V1 12V R1 ww 100k -Vcc Vcc -Vec V3 12V U1D LM324N Vout
V2 1Vpk 7.34kHz 0 Vec -Vec Vec U1A -Vcc LM324N U2A LM324N U3A R7 m 20k LM324N C7 H C21nF 3nF C4 HH bribr. 3nF R9 20k RB 200 R13 m 3000 R6 ww 20k CB C5 CS1nF R12 Vcc L1 250nF 1500 4.7mH LM324N -Vec U4A Vcc -Vec USA LM324N U3B PR2 LM324N R3 5K PR3 R4 5K PR1 001 R10 SK 001 R2 ww 100k Figure 1. 3-Channel Equalizer circuit R5 ww 100k R14 w 60k Vcc T V1 12V R1 ww 100k -Vcc Vcc -Vec V3 12V U1D LM324N Vout
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
where to put the oscilloscope probes in this circuit to see the output waveform? (main hook and ground hook)
![V2
1Vpk
7.34kHz
0"
E
Vec
U1A
-Vec
LM324N
U2A
R7
www
20k
m
LM324N
C7
HH
C2 1nF
3nF
RB 20k
R6
ww
m
20k
R13
ww
3000
C5
CS=1nF
C8
C4
DPHER.
3nF
R9
20k0
R12
Vcc
[L1
250nF 1500 4.7mH
LM324N
-Vec
U4A
Vcc
-Vcc
USA
LM324N
PR2
R3
5K
Vcc
U3A
U3B
de pers
LM324N
LM324N
-Vec
PR3
R4
SK
DOL
PR1
R10
5K
R2
www
Figure 1.3-Channel Equalizer circuit
100k
R5
ww
100k
R14
www
60k
Vcc
V1
12V
R1
ww
100k
-Vec
Vcc
-Vcc
T
U1D
V3
12V
LM324N
Vout](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F127a0aad-051a-48ee-bc47-e2f46af8395a%2Fd27ff537-6260-489b-b962-71d6718d17bf%2Frvp69ys_processed.jpeg&w=3840&q=75)
Transcribed Image Text:V2
1Vpk
7.34kHz
0"
E
Vec
U1A
-Vec
LM324N
U2A
R7
www
20k
m
LM324N
C7
HH
C2 1nF
3nF
RB 20k
R6
ww
m
20k
R13
ww
3000
C5
CS=1nF
C8
C4
DPHER.
3nF
R9
20k0
R12
Vcc
[L1
250nF 1500 4.7mH
LM324N
-Vec
U4A
Vcc
-Vcc
USA
LM324N
PR2
R3
5K
Vcc
U3A
U3B
de pers
LM324N
LM324N
-Vec
PR3
R4
SK
DOL
PR1
R10
5K
R2
www
Figure 1.3-Channel Equalizer circuit
100k
R5
ww
100k
R14
www
60k
Vcc
V1
12V
R1
ww
100k
-Vec
Vcc
-Vcc
T
U1D
V3
12V
LM324N
Vout
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