EXP Find graphically, the convolution between x(6) and h(t) shown below. 2 -1 Axit 1 1 2 Sol- _y(t) = x(t) @ h(t). = x(t) @ [s(t) = S(t+1)] = X(t) S(t) = X(t) ⓇS (t+1) - = X(t) = x (t+1) = X(t) + [_x(t+1)] y(t) = A (t-1)-A(²+2) A: triangular pulse- h(t) x(t)@s(t)= X(t). -x (t+1) 44(0) How did he get the value inside the circle 2
EXP Find graphically, the convolution between x(6) and h(t) shown below. 2 -1 Axit 1 1 2 Sol- _y(t) = x(t) @ h(t). = x(t) @ [s(t) = S(t+1)] = X(t) S(t) = X(t) ⓇS (t+1) - = X(t) = x (t+1) = X(t) + [_x(t+1)] y(t) = A (t-1)-A(²+2) A: triangular pulse- h(t) x(t)@s(t)= X(t). -x (t+1) 44(0) How did he get the value inside the circle 2
Oh no! Our experts couldn't answer your question.
Don't worry! We won't leave you hanging. Plus, we're giving you back one question for the inconvenience.
Submit your question and receive a step-by-step explanation from our experts in as fast as 30 minutes.
You have no more questions left.
Message from our expert:
Our experts are unable to provide you with a solution at this time. Try rewording your question, and make sure to submit one question at a time. We've credited a question to your account.
Your Question:
![EXP Find graphically, the convolution between x(6)
and h(t) shown below.
2
-1
Axit
1
1
2
Sol-
_y(t) = x(t) @ h(t).
= x(t) @ [s(t) = S(t+1)]
= X(t) S(t) = X(t) ⓇS (t+1)
-
= X(t) = x (t+1)
= X(t) + [_x(t+1)]
y(t) = A (t-1)-A(²+2)
A: triangular pulse-
h(t)
x(t)@s(t)= X(t).
-x (t+1)
44(0)
How did he get the
value inside the circle
2](https://content.bartleby.com/qna-images/question/bfc40d49-a678-4d59-8837-88c721e8c4d7/d764f0bd-a5d9-4965-b5ad-2ca17e49231d/rbess6m_processed.jpeg)
Transcribed Image Text:EXP Find graphically, the convolution between x(6)
and h(t) shown below.
2
-1
Axit
1
1
2
Sol-
_y(t) = x(t) @ h(t).
= x(t) @ [s(t) = S(t+1)]
= X(t) S(t) = X(t) ⓇS (t+1)
-
= X(t) = x (t+1)
= X(t) + [_x(t+1)]
y(t) = A (t-1)-A(²+2)
A: triangular pulse-
h(t)
x(t)@s(t)= X(t).
-x (t+1)
44(0)
How did he get the
value inside the circle
2
Recommended textbooks for you
Algebra & Trigonometry with Analytic Geometry
Algebra
ISBN:
9781133382119
Author:
Swokowski
Publisher:
Cengage
Algebra & Trigonometry with Analytic Geometry
Algebra
ISBN:
9781133382119
Author:
Swokowski
Publisher:
Cengage