IRWIN 9e 7_8

# IRWIN 9e 7_8 - Irwin, Basic Engineering Circuit Anaiysis,...

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Unformatted text preview: Irwin, Basic Engineering Circuit Anaiysis, 9/E 1 1.3 Use 1hr: Llit'i'crcntiail equation approach In ﬁml EDIEIII [111' r E] in the circuit in Fig. PTH and pint the rch'pnnae including 1hr: time interval juai prinr in opening the ran-"itch. .- 100 F Figure Fig.3 SOLUTION: If” V" 0- 916(6). Chapter 7: First- and Second- Order Transient Circuits Problem 7.8 ‘ 2 Irwin, Basic Engineering Circuit Analysis, 9/E KCL'. Love) + Lit) + mt) =0 Jib). +C_ Avm +vg‘oc: \$0 RM’RQ, V¢Ct> _\_ .J_.., i G AM J'QKJ RHK; )chsho V 6:) RH? His 4262‘ * WWW =0 R\+R2.+R3 Y‘ + R1<Ri+Rb)C. - O _(R\+Rﬁ-Ps) {r vckb)= A61 (Rl'i'kgﬁ'Ri) t — R1L’R\+R3)C 737-5 Vera): C —-.2-5Jc vbuaagA € ( +\ VCLO‘) = av : v8 Azco —o7'5f - VOLH: 63 V J {70 46+: - _ veg) _ 66 Ma)” 75MB -’ \ZK Problem 7.8 Chapter 7: First— and Second- Order Transient Circuits Irwin, Basic Engineering Circuit Analysis, 9/E ~2-Sk Lam: 05¢ “A, t>o voct ); ' -3 '_z.§'t V49 3 “(4:0 (O‘SXV) e, ) vow) »- \$62“ v) k > o Vow) = \1—VLQD') \10 L63 : me, = ev Vow”) = (0V Chapter 7: First- and Second- Order Transient Circuits Problem 7.8 E ...
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## This note was uploaded on 02/22/2011 for the course EEE 202 taught by Professor Cihan during the Fall '06 term at ASU.

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