IRWIN 9e 14_33 - Irwin, Basic Engineering Circuit Analysis,...

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Unformatted text preview: Irwin, Basic Engineering Circuit Analysis, 9/E 1 145.33 FinLI flair}. r E]. in the uircuil in Fig. P143}. 3n 2H 2H + villi} Figure P1433 SOLUTION: .. an 42(0’) 211 *50 .‘ R): 3H<~3+4-),. an}, 24V 8V mew~gwmwmmfl 24': (“H/5w?) T8 Chapter 14: Application of the Laplace Transform To Circuit Analysis Problem 14.33 2 lwvin, Basic Engineering Circuit Analysis, 9/E KCL'. I,(5)+ 1(3) = 1.2“) ICC) : 13 (3) “'Iia) KVL: 6'9: 431l(3)-31Ls)+_.g s “Am—MIM—rm) = 6-4 + '1/3 ($21+3)I.(s)—311(S) = 6' 4-3 +12. 5' KvL; 12. : 3K5) + 9713(9)+4'1;($) ’— 5 ":2 t 3(1;(s)'—1,(9))+ 51:26) = /s Lu) _—. Gig—9‘ L? 3 Ii<s>= 1512“). 33 Problem 14.33 Chapter 14: Application of the Laplace Transform To Circuit Analysis Irwin, Basic Engineering Circuit Analysis, 9/E 3 (SLHB) <931§$)-l2)_ 31%): 6-113 +I2. 35 s [(asiszl'isz— 383211245): 6-9:. +11 + {525 +3) (1;) 33 5 3s l8s”: ’85.]1253): (6- [MT/1P +o?4:s +36 33 '33 102(3) : 19.2: +34 1' 29: 736 )84’? i83 33): 43.23 +72. [85(&+l) 130% $4: +4 SUN) 7,65 i— /6 _—,. A (mm) + 6(3) “263:0 )6:A Chapter 14: Application of the Laplace Transform To Circuit Analysis Problem 14.33 ...
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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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