Signal c(t) is obtained from an addition and two multiplications operation. Signal c) Figure Q.4 (b) shows a linear system model with two inputs of e 3t and e j10t. (iii) The required output from the system is supposed to have angul A Signal c(t) is obtained an addition and two multiplications operation. Signal c(t) is filtered by H(m) to produce an output signal, d(t). Determine A(@), B(@) and C(@). "s) (ii) Sketch the spectrum signals of A(@), B(@) and C(@). ... ks) (iii) The required output from the system is supposed to have angular frequency, o more than 100 rad/s with magnitude of 2. Determine the cut-off frequency of the filter and sketch frequency response of H(@). (iv) Find the output signal d(t).
Signal c(t) is obtained from an addition and two multiplications operation. Signal c) Figure Q.4 (b) shows a linear system model with two inputs of e 3t and e j10t. (iii) The required output from the system is supposed to have angul A Signal c(t) is obtained an addition and two multiplications operation. Signal c(t) is filtered by H(m) to produce an output signal, d(t). Determine A(@), B(@) and C(@). "s) (ii) Sketch the spectrum signals of A(@), B(@) and C(@). ... ks) (iii) The required output from the system is supposed to have angular frequency, o more than 100 rad/s with magnitude of 2. Determine the cut-off frequency of the filter and sketch frequency response of H(@). (iv) Find the output signal d(t).
Chapter25: Television, Telephone, And Low-voltage Signal Systems
Section25.3: Signal System
Problem 1R
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Please I need the answer as soon as possible pleeeeeeeaasse
![o multiplications operation. Signal
Q.4
(c) Figure Q.4 (b) shows a linear system model with two inputs of elst and
Signal c(t) is obtained from an addition and two multiplications operation. Signal
(1) is filtered by tu
to produce an output signal, d().
Determine A(w), B(@) and C(@).
(ii) Sketch the spectrum signals of A(@), B(@) and C(@).
(iii) The required output from the system is supposed to have angular frequency,
--. ks)
o more than 100 rad/s with magnitude of 2. Determine the cut-off frequency
UT
of the filter and sketch frequency response of H(@).
(iv) Find the output signal d(t).
j3t
e
a(t)
SUTM &
d(t)
+,
b(t)
Ch(t)
-j10t
e
2
cos(100t)
Figure Q.4 (b)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd098aac1-6cf3-4aee-93e0-ed6e0aa8fe14%2F94256583-8a56-4d04-9720-e84e6825d2dc%2Fvi5k3cm_processed.jpeg&w=3840&q=75)
Transcribed Image Text:o multiplications operation. Signal
Q.4
(c) Figure Q.4 (b) shows a linear system model with two inputs of elst and
Signal c(t) is obtained from an addition and two multiplications operation. Signal
(1) is filtered by tu
to produce an output signal, d().
Determine A(w), B(@) and C(@).
(ii) Sketch the spectrum signals of A(@), B(@) and C(@).
(iii) The required output from the system is supposed to have angular frequency,
--. ks)
o more than 100 rad/s with magnitude of 2. Determine the cut-off frequency
UT
of the filter and sketch frequency response of H(@).
(iv) Find the output signal d(t).
j3t
e
a(t)
SUTM &
d(t)
+,
b(t)
Ch(t)
-j10t
e
2
cos(100t)
Figure Q.4 (b)
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