Enter the damped frequency of a second-order damping system into the calculator to determine the rise time.
- Natural Frequency Calculator
- Angular Frequency Calculator
- Relative Frequency Calculator
- Cutoff Frequency Calculator
- Damping Force Calculator
- Length To Frequency Calculator
Rise Time Formula
The following formula is used to calculate the rise time of a second-order system.
t = 2.09439 / wd
- Where t is the rise time
- wd is the damped frequency (rad/s)
To calculate rise time, divide 2.09439 by the damped frequency.
Rise Time Definition
A rise time is defined as the time it takes for a damped signal to change from a low to high value.
Rise Time Example
How to calculate rise time?
- First, determine the damped frequency.
Calculate the damped frequency.
- Finally, calculate the rise time.
Calculate the rise time using the formula above.
FAQ
The rise time is considered the total amount of time it takes for a signal to change from a low value to a high value. These are most often involved in electronics when describing voltage or current step functions.
A damped frequency is the frequency of an underdamped harmonic oscillator.
