Determination of Time Domain Specifications
Select the transfer function
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Step response of the selected system is:
Enter the value for undamped natural frequency:
Enter the values for damping ratio:
Is The system is over Damped/under damped/ Critically Damped ?
Enter the value for damping frequency:
Enter the value for rise time:
Enter the value for peak time:
Enter the value for peak overshoot MP%
Enter the value for settling time with 2% error(ts)
Enter the value for settling time with 5% error(ts)
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Next
Hint
You have selected this equation
Step response of the selected system is:
Enter the value for undamped natural frequency:
Enter the values for damping ratio:
Is The system is over Damped/under damped/ Critically Damped ?
Enter the value for damping frequency:
Enter the value for rise time:
Enter the value for peak time:
Enter the value for peak overshoot MP%
Enter the value for settling time with 2% error(ts)
Enter the value for settling time with 5% error(ts)
Check Answer
Show Answer
Hint
1. Non-interactive cascades of the same first order system have been performed. The systems' unit- step response will be
(Choose 1 answer)
Critically Damped
OverDamped
2. The impulse response of a system with a single pole at origin will be
(Choose 1 answer)
Constant
Step
3. When the observation period is high, the type of error will be
(Choose 1 answer)
Steady state error
Dynamic Error
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