Midterm_Solutions

Midterm_Solutions - ECE 45 MIDTERM May 3, 2010 1. In the...

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1. In the following circuit VinCt) = 3cost. + V in(t) 114 Detennine the zero-state voltage voCt). +- 3 .. .l. .- 3 -Sr'1 t- Page 2 of9
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3. 2. Consider the following circuit + V (t) 3 1/(t)= r2ef8 e~2tl + l(H: f<u{~ei3tl Vo (t) Ifv(t) = 8cos2t and i(t) (l17)sin3t, find the zero-state voltage vo(t). 5kov-T C lV"((){ t ) S u p...a r POi7tT(OVl 1/( t ) :::: 0 ( r-ep I a c..e wt t-Itl P l-ta~or ClY'CUtt for W = 3 to---0- 1 - Vd=-(-~);7= l (*) - - ," 7 J2€~ t e tn 5 :=. - Sfl'! 3t' Sup.erp05 l T,ot1 ;l-t).::o (~pla.e w,ti1c:J~VI CZrt()lt) For p h a So r C l rev' 1- ro r w::: 2- -~--, + B Fay'" itt) =0 Va (t) - ~ ~ 0 e ;-:a s -= D (~*) rh.e Terral outp"t !s tlof SoVW7 o((~)eu<J (;U) ~(-t)= -5rvr3t- Page 4 of9
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3. In the following circuit VinCt)
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This note was uploaded on 05/09/2010 for the course ECE ece 45 taught by Professor Massimofranceschetti during the Spring '07 term at UCSD.

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Midterm_Solutions - ECE 45 MIDTERM May 3, 2010 1. In the...

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