Convolution with Impulse (Dirac) Function Convolution with impulse function can be performed by the following properties: 1. X(t) f(t) = X(t). 3. x(t+t₁) S (t±+₂) EXP Find graphically, the convolution between X(t) and hit) shown below. Sol y(t) = x(t) -2 4 xit I 2. X(t) S(tito) = X(tito) = X(t±ti±t₂). 1 2 h(t). = x(t) @ [s(t) = S(t+1)] = X(t) Sit) - 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 قسـم الكهرباء h(t) How did he get the x(t)@8(t)= X(t) -x (t+1) -t yft!
Convolution with Impulse (Dirac) Function Convolution with impulse function can be performed by the following properties: 1. X(t) f(t) = X(t). 3. x(t+t₁) S (t±+₂) EXP Find graphically, the convolution between X(t) and hit) shown below. Sol y(t) = x(t) -2 4 xit I 2. X(t) S(tito) = X(tito) = X(t±ti±t₂). 1 2 h(t). = x(t) @ [s(t) = S(t+1)] = X(t) Sit) - 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 قسـم الكهرباء h(t) How did he get the x(t)@8(t)= X(t) -x (t+1) -t yft!
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter5: Inverse, Exponential, And Logarithmic Functions
Section5.6: Exponential And Logarithmic Equations
Problem 64E
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