Related questions
Question
Transcribed Image Text:1- Mention three types of oscillators?
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 Rira?
5- Find the pulse width for a monostable timer if R= 100KQ and C=
100µF?
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by stepSolved in 3 steps
Knowledge Booster
Similar questions
- 2. The period of oscillation of a pendulum is T. How does the period of oscillation change if the pendulum is placed in an elevator which accelerates upward with magnitude of acceleration g? (It may help to imagine what happens if the elevator accelerates downward at g)arrow_forward2. Construct a problem where a mass is sitting on top of a spring inside an elevator; both are suspended by a rope and are uniformly accelerating upwards with magnitude 4 meters per second squared. Specify all the masses in the problem, as well as all the forces acting in the problem, and their relative directions.arrow_forward2. Consider a system of coupled oscillators with masses defined in the figure below. Describe the motion of this system by solving for the normal modes and normal frequencies of this system. Assume M1=M4=M, M3-M4-2M, K1=k5=2k, k2=k4=k, and k3 = 3k. k₁ M₁ k₂ M₂ X₂ k3 M3 X3 K₁ M₁ X4 k5arrow_forward
- For the next three questions, consider a system oscillating according to the function x (t) = A cos(@t + p) %3D where and of are unknown constants, and A = 4.5 cm %D The following initial conditions (t = 0) are given: x (0) = 2.5 cm a (0) = –8.0 cm/s? v (0) > 0 V.arrow_forward5) Let y = -3 sin(4x-7) - 1. a) What is the amplitude? b) What is the period? c) Has it been translated up or down? If so, by how much? d) Has it been translated left or right? If so, by how much?arrow_forward8 Please help thank youarrow_forward
- 2) On a planet, an astronaut determines the acceleration of gravity be means of a pendulum. She observes that the 1 meter long pendulum has a period of 1.5 seconds. The acceleration due to gravity on this planet is? a) 7.5 b) 15.2 c)10.2 d) 26.3 e) 17.5arrow_forward6. A simple pendulum has an oscillation period of 8.5 seconds on Earth. Determine the period of oscillation on the Moon where g = 1.63 m/s².arrow_forward
arrow_back_ios
arrow_forward_ios