FirstOrderTransient

# FirstOrderTransient - 1 Write the differential equation...

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Unformatted text preview: 1. Write the differential equation needed to solve for IL(t). 2. Using that differential equation, solve for 140,... IL(t)m.,, and I 3. Determine the time constant and how long it will take to reach steady-state conditions. 4. At what time will IL(t) = 5.0a? W ~M~mﬂn~."-‘n4 ,_- 5mm; laden»! I; ,9 : )r 11%” 1 O 0.1% P lo”; zMa \\\‘:,..~.~:‘,_§Mdf.t::f*“'“:”: “r"- 5:7 f)? ‘0 0.1:; “606] *_ loll/LC 1. Write the differential equation needed to solve for V,(t). 4. At what time will Vc(t) =20.0v ? EC5 5077' £29m (/51), 7’51 f’mwm/ ”’7 49”] RV: K} 14F «gee \/ d) 1! him; It}; -ﬂffzwm... Z w ~n.’ Engineer's Computation Pad 5 NO. 937 811E K I” '9, ”‘9‘ “5 fax-la“) aw; _ 0 E 52"" at? Q /———————-———W A (.005 am + 11:9?) -. VJ. = 50‘, ‘9 OH' Vyau' M 00 c1 .‘ 3 y - U 3’ 5-7:!" f ' H: Engineer's Computation Pad N0. 937 811E l.) WMTL 75¢ DIFFZNJﬁdb fern-my —50 +41: +1. d2” so .o/d%+5i, =50 @ —~—’——-————_————-——— OSTAEDTLER“ 2) 5owt- En. Zr}: 7327M, Courts/”away, w CUM town ﬁowrbav 77175 Emma Fade-mu 50 -= A 64574-4 Engineer‘s Computation Pad N0. 937 811E QSTAEDTLER" £6.50; EXIIM d , 5. 9’1: \~~-,__./ (.019 +5)){,,~«.—.’e =0 9 fawn/‘ [(1, a fcmM-rl ‘ £701: 4' jean? LLGE) .1. IO *é dine .! e €30 IL- : —3 = /0 *[ngb> / If; 3 ”)3 2‘3 Lbéeh lo -/3 6350“: M Tu; T: bib!) 0 c9 = /o —-13 553‘”: w = a“ @ ECE 303‘?“ ./ 82/033.ng /a C4LCJV47£ web-74,555 Ago Ca Lam A—r t 5(o +) A,» t '9 01> :2: 9 /0 9— 0.;H - {)1 /U)7';a\,, QUOIWOJJS 1 ’1” DE'7EKMHJ2', V mm f 2%"? Zach: 5&5m5u7‘; Ar €40") /.__ Cuzmzur /IJ\$74~’7’AM£¢JSL7 5a j; =3}: WW6)! 50000793 04414497 Cyadeﬁ CAL/Dab? C9 0 M6£ VOL-741\$! 40,2055 Ca PAC)70£5 ‘ 7b \J :. VIZ; 2 UL Légﬁbfﬂ /u;74ur4u£wsw S. \Jc. ’ Sinai. jg! :: Siucﬁ: V30 2 ECé Eof‘l' Kw. é‘zwvo M 4— ‘Vj +qu 4’ “ti—U722 =0 “/00 +0 6" UL.) +779 ’0 (A x45 '6 ___.; °° /AJUUC.Zo7,5 LOOK LII/L 55%;?“ ...
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