3.13. Consider the LTI system of Figure P3.13. (a) Express the system impulse response as a function of the impulse responses of the subsystems. (b) Let h (t) = h3(t) = 28(t) and h2(t) = h4(t) = u(t), h5(t) = 2u(t). || Find the impulse response of the system. (d) Let x(t) = 8(t). Give the time function at the output of each block. %3D h3(t) h4(t) x(t) h(1) h5(t) y(1) Figure P3.13
3.13. Consider the LTI system of Figure P3.13. (a) Express the system impulse response as a function of the impulse responses of the subsystems. (b) Let h (t) = h3(t) = 28(t) and h2(t) = h4(t) = u(t), h5(t) = 2u(t). || Find the impulse response of the system. (d) Let x(t) = 8(t). Give the time function at the output of each block. %3D h3(t) h4(t) x(t) h(1) h5(t) y(1) Figure P3.13
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Just solve "d" please
![3.13. Consider the LTI system of Figure P3.13.
(a) Express the system impulse response as a function of the impulse responses of the
subsystems.
(b) Let
h (t) = h3(t) = 28(t)
and
h2(t) = h4(t) = u(t), h5(t) = 2u(t).
Find the impulse response of the system.
(d) Let x(t) = 8(t). Give the time function at the output of each block.
%3D
h3(t)
h4(t)
x(t)
h(1)
h5(t)
y(1)
Figure P3.13](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe137606d-c057-446b-997d-f409b51d4483%2Ffaf1b9b1-551d-4422-a89b-cee9bfa2f403%2Fpy7md5v_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3.13. Consider the LTI system of Figure P3.13.
(a) Express the system impulse response as a function of the impulse responses of the
subsystems.
(b) Let
h (t) = h3(t) = 28(t)
and
h2(t) = h4(t) = u(t), h5(t) = 2u(t).
Find the impulse response of the system.
(d) Let x(t) = 8(t). Give the time function at the output of each block.
%3D
h3(t)
h4(t)
x(t)
h(1)
h5(t)
y(1)
Figure P3.13
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