b) In order to improve the step responses, design a lead compensator
G_(c)(s)
to shift the poles at new locations of
s_(1)=-3+j3
and
s_(2)=-3-j3
Obtain new transfer function by calculating
K_(c),\alpha
and
G_(c)(s)
, and calculate the unit step response values. What kind of improvements have you done?

Question

b) In order to improve the step responses, design a lead compensator

G_(c)(s)

to shift the poles at new locations of

s_(1)=-3+j3

and

s_(2)=-3-j3

Obtain new transfer function by calculating

K_(c),\alpha

and

G_(c)(s)

, and calculate the unit step response values. What kind of improvements have you done?

Accepted Answer

Expert Answer to - b) In order to improve the step responses, design a lead compensator G_(c)(s) to shift the poles at

Answer

Solution for - b) In order to improve the step responses, design a lead compensator G_(c)(s) to shift the poles at

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This an additional answer to - b) In order to improve the step responses, design a lead compensator G_(c)(s) to shift the poles at

(Solved): b) In order to improve the step responses, design a lead compensator G_(c)(s) to shift the poles at ...