hw5 - using MATLAB. 4(20). Use convolution to find the...

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Assignment #5 Fri 09/16/05 1.(30) Sketch the convolution, (a) ) ( ) ( ) ( t w t v t y = , of the signals shown. (b) 2.(20) Find the equation of y ( t ), for convolution y ( t ) = x ( t )* x ( t ), where and sketch your answer. 3(30). The input t e t x 2 ) ( - = is applied to a LTI system whose impulse response is ) 1 ( ) ( ) ( - - = t u t u t h . (a) Compute analytically (i.e. give a formula for) ) ( * ) ( ) ( t h t x t y = . (b) At what value of t does y ( t ) reach its maximum value? (c) Plot ) ( t y
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Unformatted text preview: using MATLAB. 4(20). Use convolution to find the output of an LTI system whose input is ) ( ) sin( ) ( t u t t x = and whose impulse response is ) ( ) ( 2 t u e t h t-= . Express your final answer in the form ). ( ) sin( ) ( ) ( t u t B t u Ae t y t -+ =-You need to find B A , and . No need to sketch. 1 5 t ) ( t w 1 3 t ) ( t v t ) ( t x 1 1 1 3 t ) ( t w 1 3 t ) ( t v...
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This note was uploaded on 07/05/2008 for the course ECSE 2410 taught by Professor Wozny during the Spring '07 term at Rensselaer Polytechnic Institute.

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