Determine oscillation frequency of the 555 astable oscillator. To what value must Cext be changed to achieve a frequency of 25 kHz? R₁ 1.0 km R₂ 3.3 k (7) (6) (2) Cext 0.047μF RESET DISCH THRESH TRIG 555 GND +5.5 V (1) (8) Vcc OUT CONT (3) C₁ 0.01 μF EI (Ctrl)
Determine oscillation frequency of the 555 astable oscillator. To what value must Cext be changed to achieve a frequency of 25 kHz? R₁ 1.0 km R₂ 3.3 k (7) (6) (2) Cext 0.047μF RESET DISCH THRESH TRIG 555 GND +5.5 V (1) (8) Vcc OUT CONT (3) C₁ 0.01 μF EI (Ctrl)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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![Help
graph
= Al f
FS
R₁
1.0 kn
R₂
3.3 kn
(7)
Determine oscillation frequency of the 555 astable oscillator.
To what value must Cext be changed to achieve a frequency of 25 kHz?
(6)
Cext
0.047μF
Normal
(2)
RESET
DISCH
THRESH
TRIG
555
GND
No Spacing Heading 1
(1)
+5.5 V
(8)
Vcc
OUT
CONT
(3)
(5)
C₁
0.01 µF
I
Heading 2
(Ctrl) -
Styles](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8d0965ec-e02e-4363-aba0-fca3ccf5b9fe%2F07654686-45fe-403f-ac1d-9db10479276b%2Frku2rk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Help
graph
= Al f
FS
R₁
1.0 kn
R₂
3.3 kn
(7)
Determine oscillation frequency of the 555 astable oscillator.
To what value must Cext be changed to achieve a frequency of 25 kHz?
(6)
Cext
0.047μF
Normal
(2)
RESET
DISCH
THRESH
TRIG
555
GND
No Spacing Heading 1
(1)
+5.5 V
(8)
Vcc
OUT
CONT
(3)
(5)
C₁
0.01 µF
I
Heading 2
(Ctrl) -
Styles
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