11.1. An astable multivibrator using timer 555 has C = 0.001 µF, RA= 1 kn and Rg 100 k2. Find frequency and duty %3! cycle. (7.179 kHz, 0.5025) An astable multivibrator using timer 555 has RA = 2.2 k2, R, = 50 k2 and C = 1000 pF. Find duty cycle and [0.51077, 14.12 kHz) 11.3. An astable multivibrator using timer 555 has C = 1000 pF. If duty cycle is nearly 0.5 and frequency is 25 kHz, find [1 kN, 28.8 kN] 11.4. IC one shot 74123 has external resistance of 2.2 kN and external capacitance of 1000 pF. If K = 0.28, find pulse 11.2. frequency. R, and Rg. width. Show the connection of IC. [0.812 ps)
11.1. An astable multivibrator using timer 555 has C = 0.001 µF, RA= 1 kn and Rg 100 k2. Find frequency and duty %3! cycle. (7.179 kHz, 0.5025) An astable multivibrator using timer 555 has RA = 2.2 k2, R, = 50 k2 and C = 1000 pF. Find duty cycle and [0.51077, 14.12 kHz) 11.3. An astable multivibrator using timer 555 has C = 1000 pF. If duty cycle is nearly 0.5 and frequency is 25 kHz, find [1 kN, 28.8 kN] 11.4. IC one shot 74123 has external resistance of 2.2 kN and external capacitance of 1000 pF. If K = 0.28, find pulse 11.2. frequency. R, and Rg. width. Show the connection of IC. [0.812 ps)
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Transcribed Image Text:An astable multivibrator using timer 555 has C = 0.001 µF, RA= 1 kN and Rg = 100 k2. Find frequency and duty
cycle.
An astable multivibrator using timer 555 has RA = 2.2 k2, R, = 50 k2 and C = 1000 pF. Find duty cycle and
frequency.
11.1.
%3D
%3D
(7.179 kHz, 0.5025)
11.2.
%3D
[0.51077, 14.12 kHz)
11.3. An astable multivibrator using timer 555 has C = 1000 pF. If duty cycle is nearly 0.5 and frequency is 25 kHz, find
[1 k2, 28.8 kNJ
IC one shot 74123 has external resistance of 2.2 kN and external capacitance of 1000 pF. If K = 0.28, find pulse
R, and Rg-
11.4.
width. Show the connection of IC.
[0.812 ps)
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