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IRWIN 9e 14_3

# IRWIN 9e 14_3 - Irwin Basic Engineering Circuit Analysis...

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Unformatted text preview: Irwin, Basic Engineering Circuit Analysis. 9/E 1 14.3 Use Laplace transforms and nodal analysis to ﬁnd tlft] for I 3:- t} in the network: shown in Pig. P143. Assume zero initia] conditions. ‘I . —F 2 n =1“) 2 12rr[.r)‘u' 9 1 H a snow Figure P143 SOLUTION: 211 this) i ‘ I .5. s KQL we i; 173): Il(s)+I3 (S) {gs —v,(s) = v.8) V,(s)+ s/g ”L \9 T 9,]; _/_2_ - V,(s) “ : Vi“) SV,(\$)+€ 2. J T 9. s % 44(3)], WMSN 51v,(\$}+€s left" 6V, (3) z o?l/,(5) +ng'\/,(s) +63 V/(S) 5211-11-2]; IQ—es VI“) 2 231—65 : 6(a-s) 83,13“. \$23-\$12. Chapter 14: Application of the Laplace Transform To Circuit Analysis Problem 14.3 i l 2 Irwin, Basic Engineering Circuit Analysis, 9/E IM\$3= r; _ éLz'S) ,/ 5 53&+% _ﬁ__ﬂ_,~" 2. 2(3); lllS‘WQ'W)’ 690*) WWW...“ 5(31'434’1) WW 9.. LR); lzgjirllgr 9‘] "réLL—«Ils wwyww 0'2 5 ( \$13M 1- x) W Problem 14.3 Chapter 14: Application of the Laplace Transform To Circuit Analysis Irwin, Basic Engineering Circuit Analysis, 9/E 3 A: M \$(s+Ji +J’ J?) 5: ~I/,.+jj:_£ A a 5.24 Law" 2.» in): [6+ 6er €th (Eefggdﬂukm Chapter 14: Application of the Laplace Transform To Circuit Analysis Problem 143 ...
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