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A#03_Solns - Assignment#03 Solutions ECSE—2410...

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Unformatted text preview: Assignment #03 - Solutions ECSE—2410 Signals & Systems - Spring 2009 Due Fri 01/23/09 x( t) 1 Carry out the four convolutions, y(t) = x(t) * Mt), indicated below. In each case, the input is While the impulse response h(t) is: 1(25). h(t)=e"’u(t) 0 1 t m) l Diffi‘i—i 7‘ éflk‘ E A m ’2: 't a i “Ce—a “Lt-ii .. 1—“ no") km? in): e cu e 3 "' e i a ‘1 a; at 8 m6 Assignment #03 - Solutions —- p.2 ECSE—2410 Signals & Systems - Spring 2009 Due Fri 01/23/09 Carry out the convolution, 31(1) 2 x(t) * h(t), indicated below. The input is x“) while the impulse response h(t) is: ha) 1 2(25). It] 0 1 t 0 1 2 ‘ Cami. E 2<t+3 EL 9:: 5.3.: Li ff" it i 35‘”) :: g id T == ‘t‘ fi» if???) K 0 fr. -2+t 1i 2.. Z... wfifi at” ‘F’Zflé‘g £7 ME I (P to i a [+1 :7. j, Ci g? =: i :3“ , l Lt ) O ‘T‘ 4:; I «7435/ a Rm 533. «ZFWJ $7 Zé’éig ‘ t f 3&9:ng wet-“*3“ ”“3 - 0;, ,5“; g t) {9.440% W“): 1;, Mel—L ”tag, , gate-3 O {:73 Assignment #03 - Solutions -- p.3 ECSE—2410 Signals & Systems - Spring 2009 Due Fri 01/23/09 Carry out the convolution, y(t) = x(t) * h(t), indicated below. The input is x“) while the impulse response h(t) is: Mr) 1 3(25). 1 t E 0 l 0 l 2 Cami. ye?) i L?” l D Assignment #03 — Solutions - p.4 ECSE-2410 Signals & Systems ~ Spring 2009 Due Fri 01/23/09 Carry out the convolution, y(t) = x(t) * h(t), indicated below. The input is W) while the impulse response h(t) is: Mt) 1 z 0 1 0 1 2 Assignment #03 — Solutions - p.5 ECSE—2410 Signals & Systems ~ Spring 2009 Due Fri 01/23/09 0 1 Carry out the convolution, y(t) = x(t) * h(t), indicated below. The input is W) while the impulse response h(t) is: Mr) 1 1 ' ‘ § 012’ 4(25). Continued. 5 L as) meal 8 5/ “E462 36‘); -(£~g32+%> Mia: we (9 "($23 /" ...
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