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Derivation of Formulas for Peak Time and Overshoot of Step Response - Control System Lectures
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In this video and in the accompanying post, we derive the equations for peak time, overshoot, and percentage overshoot of a step response of a dynamical system. We show that the peak time is a function of the natural undamped frequency and damping ratio. We also show that the overshoot is only a function of a damping ratio. The formulas derived in this video are very helpful for control system design.
It takes a significant amount of time and energy to create these free video tutorials. You can support my efforts in this way:
- You Can also press the Thanks YouTube Dollar button
In this video and in the accompanying post, we derive the equations for peak time, overshoot, and percentage overshoot of a step response of a dynamical system. We show that the peak time is a function of the natural undamped frequency and damping ratio. We also show that the overshoot is only a function of a damping ratio. The formulas derived in this video are very helpful for control system design.
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Derivation of Formulas for Peak Time and Overshoot of Step Response - Control System Lectures
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