Q4) Figure below shows a typical clock-oscillator circuit using a (555 timer) and a (J-K flip-flop). Perform the following: The output frequency from the 555 timer.
Q4) Figure below shows a typical clock-oscillator circuit using a (555 timer) and a (J-K flip-flop). Perform the following: The output frequency from the 555 timer.
Introductory Circuit Analysis (13th Edition)
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![Q4) Figure below shows a typical
clock-oscillator circuit using a (555
timer) and a (J-K flip-flop). Perform
the following:
The output frequency from
the 555 timer.
|(4)
18)
R. S6 KO
SET
Va
(7)
DISCH
our
The
R INAO (6)
(3)
OUr
555
(2)
TRIG
Timer cONr
G a01
0.01 AF
(decouptng aptonu
O 1.9 kHz.
2.1 kHz.
1.8 kHz.
2.0 kHz.
The output frequency from J-
K flip-flop. *
0.5 kHz.
O 1.0 kHz.
1.5 kHz.
2.0 kHz.
The HIGH time and LOW time
of the 555 timer's output.
378 & 126 micro second.
377 & 126 micro second.
378 & 125 micro second.
377 & 125 micro second.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcf646040-0dff-4c87-aca0-f7099efe56e7%2F869c369c-d6e5-411b-93c0-ed5d77370c01%2F38dm7wh_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q4) Figure below shows a typical
clock-oscillator circuit using a (555
timer) and a (J-K flip-flop). Perform
the following:
The output frequency from
the 555 timer.
|(4)
18)
R. S6 KO
SET
Va
(7)
DISCH
our
The
R INAO (6)
(3)
OUr
555
(2)
TRIG
Timer cONr
G a01
0.01 AF
(decouptng aptonu
O 1.9 kHz.
2.1 kHz.
1.8 kHz.
2.0 kHz.
The output frequency from J-
K flip-flop. *
0.5 kHz.
O 1.0 kHz.
1.5 kHz.
2.0 kHz.
The HIGH time and LOW time
of the 555 timer's output.
378 & 126 micro second.
377 & 126 micro second.
378 & 125 micro second.
377 & 125 micro second.
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