Integrate and Transfer function in a second-order dynamic system.


Updated 17 May 2015

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The GUI in this example allows integrate a second-order dynamic system, or shows the corresponding transfer function's response.
If the user click on "Integration of the 2nd ODE" a new window is open and the result of integration is displayed. In this window, click on "Get TF" button to get the transfer function corresponding. Button "Back" return to main_device

If the user click on "Tranfer function 2nd" a new window is open and
shows the step response of a second-order dynamic system of fixed natural frequency. The GUI includes a zero-poles-gain values as well as pole-zero plot of dynamic system.

In both, set the initial values of dynamic system of second order to create the system model.

Cite As

Matilde P.M. Pato (2023). DEvICe (, MATLAB Central File Exchange. Retrieved .

MATLAB Release Compatibility
Created with R2013a
Compatible with any release
Platform Compatibility
Windows macOS Linux

Inspired by: CLASSGRADES

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