Problem 6. For the system given in the figure on the right-hand R(s) C(s) side, where...
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Problem 6. For the system given in the figure on the right-hand R(s) C(s) side, where the input is four-unit step i.e., r(t) = 4u(t). (a) Find the value of gain K that yields max. 20% overshoot, K s2 + s+2 (b) Find the peak time for this gain, (c) Find the settling time for this gain, 2 (d) Find the steady-state and peak values of the response for this gain. K (e) Find the value of gain K that yields max. 30% overshoot, () Find the peak time for this gain, (g) Find the settling time for this gain (h) Find the steady-state and peak values of the response for this gain (i) Determine the value of gain K to get the fastest response without oscillation. (j) Find the settling time for this new gain and compare it with the previous two settling times. Problem 6. For the system given in the figure on the right-hand R(s) C(s) side, where the input is four-unit step i.e., r(t) = 4u(t). (a) Find the value of gain K that yields max. 20% overshoot, K s2 + s+2 (b) Find the peak time for this gain, (c) Find the settling time for this gain, 2 (d) Find the steady-state and peak values of the response for this gain. K (e) Find the value of gain K that yields max. 30% overshoot, () Find the peak time for this gain, (g) Find the settling time for this gain (h) Find the steady-state and peak values of the response for this gain (i) Determine the value of gain K to get the fastest response without oscillation. (j) Find the settling time for this new gain and compare it with the previous two settling times.
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Related Book For
Physics
ISBN: 978-0077339685
2nd edition
Authors: Alan Giambattista, Betty Richardson, Robert Richardson
Posted Date:
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