IRWIN 9e 14_43 - Irwin, Basic Engineering Circuit Analysis,...

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Unformatted text preview: Irwin, Basic Engineering Circuit Analysis, 9/E 1 m4; Find “L'DIIIII. 1131' I It]. in the now-131k in Fig. Pl:l.:l_‘-. 1H H r ll. 1n 111 + I I Mimi 2H 2 H in vain} Figure F'lipfifl SOLUTION: A; b_ No vutajzg WZCL, mini’fi‘tw Wholly/.5335 tn; '3‘ m 3m. Kvu 4- 4am) I,(s)-SI,_cs> a s KVL: eJI,ls)+(.m + 2) Izés):o 17a): (*4 “2 A“) S f? = (M) cwzeflr— 51>“) J :2“ C>ST:)CMN)__$]: it hH> 5 1299-8?— es rz-s’j: Chapter 14: Application of the Laplace Transform To Circuit Analysis Problem 14.43 2 Irwin, Basic Engineering Circuit Analysis, 9/E 1,9) g 4‘ I 33‘? 6: +2. 12(3) : 4-! 3% 24+ 2’3 Va is) - 131%) V0 (3) = 4" a 31+ 0°23 -r 2/3 V08); (1+ 0« 92.) (1+ 1.53) V03): A .,__. .r B 5+0-92— 4H.“ 4/3: A(s+/.§5) +e(s+o-9.L) Later; —i.§8 4/3: lap/.531» 0.9;) 6: —/'/$’ Loén 43.42. 4/3 :- A<ao.z,2_+l.53) A: I'IS' Vofi): i ’5’ __ ML" 5+0 in. 9.”) 5‘3 Problem 14.43 Chapter 14: Application of the Laplace Transform To Circuit Analysis ...
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This note was uploaded on 10/04/2010 for the course ECE ECE212 taught by Professor Micahstickel during the Fall '10 term at University of Toronto- Toronto.

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IRWIN 9e 14_43 - Irwin, Basic Engineering Circuit Analysis,...

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