Question

The OLTF of a closed loop system is given below. Determine the gain required in order for the poles to be located at $s = -0.39 \pm 10.1i$ OLTF = \frac{K(s+5)}{(s+6.027)(s-0.013-1.078i)(s-0.013+1.078i)}

          The OLTF of a closed loop system is given below. Determine the gain required in order for the poles to be located at $s = -0.39 \pm 10.1i$
OLTF = \frac{K(s+5)}{(s+6.027)(s-0.013-1.078i)(s-0.013+1.078i)}

The OLTF of a closed loop system is given below. Determine the gain required in order for the poles to be located at s = -0.39 ± 10.1i
OLTF = (K(s+5))/((s+6.027)(s-0.013-1.078i)(s-0.013+1.078i))

Added by Laura W.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Shamshad Waris

07/21/2020

Step 1

The given open-loop transfer function is K(s+5). Show more…

Show all steps

Thanks for your feedback!

K(s+5) OLTF = (+6.027)(s^2 + 0.0131s + 1.078i)(s^2 + 0.013s + 1.078i) Root Locus 20 15 10 Imaginary Axis (seconds^-1) -5 -10 -15 -20 -6 -5 4 -3 -2 Real Axis (seconds^1) -1 0