Ch.7. Lace Transform pat.-2017-| PDF 12. The input signal to an LTI system is x(1) = e"'u(1). The transfer function of the system is H(s) =- s+2 =,o>-2. Then the output signal y(t) of the system is %3D A. (e-e) u(1) B. (e'-e")u(t) C. (e“+e") u(t) (D. (e +e")u(t) Committe

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Ch.7. Lại ce Transform
pdf.-2017-1 PDF
12. The input signal to an LTI system is x(t) = e"'u(t). The transfer function of the system is
1
,0>-2. Then the output signal y(t) of the system is
H(s) =
s+2
A. (e-e")u(1)
B. (e'-e")u(t)
C. (e*'+e²") u(t)
D. (e- +e)u(1)
EE Commin
13. Let x(t) =
8(t–nT). Then, the LT of x(t) is X(s) has the form
, all o
В.
1-e o>0
Page 4 of 8
لجنة الهندسة الكهربائية l الفريق الأكاديمی
,all o
1-e
1
D.
14, The system, having its transfer function H(s)=-
2s - 0.45
, is considered as:
A. Marginally Stable
s² –1
B. Stable
C. Unstable
D, Stability cannot be defined
8 / 4
ponse
Transcribed Image Text:Ch.7. Lại ce Transform pdf.-2017-1 PDF 12. The input signal to an LTI system is x(t) = e"'u(t). The transfer function of the system is 1 ,0>-2. Then the output signal y(t) of the system is H(s) = s+2 A. (e-e")u(1) B. (e'-e")u(t) C. (e*'+e²") u(t) D. (e- +e)u(1) EE Commin 13. Let x(t) = 8(t–nT). Then, the LT of x(t) is X(s) has the form , all o В. 1-e o>0 Page 4 of 8 لجنة الهندسة الكهربائية l الفريق الأكاديمی ,all o 1-e 1 D. 14, The system, having its transfer function H(s)=- 2s - 0.45 , is considered as: A. Marginally Stable s² –1 B. Stable C. Unstable D, Stability cannot be defined 8 / 4 ponse
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