2- Design a stable multivibrator that producea train pulse shown in fig. Draw the circuit diagram and find the required elements values and duty cycle. Assume Cext= 100 µF. 50 μSec 10 μSec 10 μSec 3-...

2- Design a stable multivibrator that producea train pulse shown in<br>fig. Draw the circuit diagram and find the required elements values<br>and duty cycle. Assume Cext= 100 µF.<br>50 μSec<br>10 μSec<br>10 μSec<br>3- Using the appropriate graph, explain the charging and discharging<br>paths in a stable 555 timer.<br>4- Modify the discharging time in 555 timer eqution if the<br>discharging transistor has a considerable resitance of Rtra?<br>5- Find the pulse width for a monostable timer if R= 100KQ and C=<br>100µF?<br>

Extracted text: 2- Design a stable multivibrator that producea train pulse shown in fig. Draw the circuit diagram and find the required elements values and duty cycle. Assume Cext= 100 µF. 50 μSec 10 μSec 10 μSec 3- Using the appropriate graph, explain the charging and discharging paths in a stable 555 timer. 4- Modify the discharging time in 555 timer eqution if the discharging transistor has a considerable resitance of Rtra? 5- Find the pulse width for a monostable timer if R= 100KQ and C= 100µF?

Jun 05, 2022

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2- Design a stable multivibrator that producea train pulse shown in fig. Draw the circuit diagram and find the required elements values and duty cycle. Assume Cext= 100 µF. 50 μSec 10 μSec 10 μSec 3-...

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