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Consider a system with state-space model:
+

u

.y=
Solution:

.u(t) = r(t) –K x(t)
The characteritics equation of the closed –loop sysem
.We have :
A=

;B=

C=[1 0 0] ;

The characteristic equation of the closed –loop system:
.det [sI-A+BK] = 0
 det


=0
(5+ )+s(3+ )+(2+ ) =0 (1)

The desired characteristic equation:
(s+4.8)(

) =0
+105.08s+283.2 =0

(2)

the coefficients of the equation (1) and (2) :
=>
Conclution : K=[ 281.2 102.08 9.4]

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Solution2

  • 1. Consider a system with state-space model: + u .y= Solution: .u(t) = r(t) –K x(t) The characteritics equation of the closed –loop sysem .We have : A= ;B= C=[1 0 0] ; The characteristic equation of the closed –loop system: .det [sI-A+BK] = 0  det  =0 (5+ )+s(3+ )+(2+ ) =0 (1) The desired characteristic equation: (s+4.8)( ) =0 +105.08s+283.2 =0 (2) the coefficients of the equation (1) and (2) : =>
  • 2. Conclution : K=[ 281.2 102.08 9.4]