The continuous-time signal x(t) is fed into a network of systems, all of which are LTI, and ou comes the continuous-time signal y(t). The connections of the systems are shown below inside the dashed box. x(t) 1 0 System 1 h₂(t) 1 System 2 h₂(t) The impulse response of each system is shown below. h₂(t) h₂(t) System 3 h₂(t) 0 1 + y(t) 1 P 0 h₂(t) 1 If the network of systems enclosed in the dashed box is represented by a single system, wha will be its impulse response?
The continuous-time signal x(t) is fed into a network of systems, all of which are LTI, and ou comes the continuous-time signal y(t). The connections of the systems are shown below inside the dashed box. x(t) 1 0 System 1 h₂(t) 1 System 2 h₂(t) The impulse response of each system is shown below. h₂(t) h₂(t) System 3 h₂(t) 0 1 + y(t) 1 P 0 h₂(t) 1 If the network of systems enclosed in the dashed box is represented by a single system, wha will be its impulse response?
Introductory Circuit Analysis (13th Edition)
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Publisher:Robert L. Boylestad
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signals and systems
![The continuous-time signal x(t) is fed into a network of systems, all of which are LTI, and out
comes the continuous-time signal y(t). The connections of the systems are shown below
inside the dashed box.
x(t)
1
0
System 1
h₂(t)
1
System 2
h₂(t)
The impulse response of each system is shown below.
h₂(t)
h₂(t)
System 3
h₂(t)
0
1
+
1
y(t)
P
0
h₂(t)
1
If the network of systems enclosed in the dashed box is represented by a single system, what
will be its impulse response?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F47d062c1-c957-4532-a26c-3b51af227978%2F5e7c005a-581e-473e-a54c-aba3fe1446a3%2F0cnwron_processed.png&w=3840&q=75)
Transcribed Image Text:The continuous-time signal x(t) is fed into a network of systems, all of which are LTI, and out
comes the continuous-time signal y(t). The connections of the systems are shown below
inside the dashed box.
x(t)
1
0
System 1
h₂(t)
1
System 2
h₂(t)
The impulse response of each system is shown below.
h₂(t)
h₂(t)
System 3
h₂(t)
0
1
+
1
y(t)
P
0
h₂(t)
1
If the network of systems enclosed in the dashed box is represented by a single system, what
will be its impulse response?
![If the network of systems enclosed in the dashed box is represented by a single system, what will be its impulse
response?
0
Option A
1
1
Option C
O a. Option A
O b. Option B
c. Option C
O d. Option D
1
2
Option B
-
1
Option D
H
|I
2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F47d062c1-c957-4532-a26c-3b51af227978%2F5e7c005a-581e-473e-a54c-aba3fe1446a3%2F9csqvv_processed.png&w=3840&q=75)
Transcribed Image Text:If the network of systems enclosed in the dashed box is represented by a single system, what will be its impulse
response?
0
Option A
1
1
Option C
O a. Option A
O b. Option B
c. Option C
O d. Option D
1
2
Option B
-
1
Option D
H
|I
2
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