A second order process has the following transfer function: Y(s) U(s) 8 G(s) (Note: Y and U are deviated variables) 3s2+0.4s+0.5 For a step change of magnitude (5) in the input U, determine the...


A second order process has the following transfer function:<br>Y(s)<br>U(s)<br>8<br>G(s)<br>(Note: Y and U are deviated variables)<br>3s2+0.4s+0.5<br>For a step change of magnitude (5) in the input U, determine the<br>following: final value, overshoot, max. value (max. peak), time of<br>first peak (first max.), cycle period, decay ratio, rise time, and finally<br>draw the response.<br>

Extracted text: A second order process has the following transfer function: Y(s) U(s) 8 G(s) (Note: Y and U are deviated variables) 3s2+0.4s+0.5 For a step change of magnitude (5) in the input U, determine the following: final value, overshoot, max. value (max. peak), time of first peak (first max.), cycle period, decay ratio, rise time, and finally draw the response.

Jun 10, 2022
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