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Solution Manual Electric Circuit Analysis and Design ch 14, Exercises of Electronic Circuits Analysis

This solution manual was provided by Maria Geven at Assam University for Electrical Circuital Analysis course. It includes: Ideal, Full-scale, Response, Voltage, Follower, Effective, Load, Op-amp, Stage

Typology: Exercises

2011/2012

Uploaded on 07/06/2012

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nalysis and Design, 2™ edition olutions Manu: Chapter 14 Exercise Solutions #143 50 a Act = Co EI4t [ + (te) Yqulmax) = ¥* —Fyp,(sat) ~ Mp5, = Act = -49.949 Yiese (Min) =P" +P yg Sat) + Ven { sat) —Pop, . ‘We have: tact gx aT = tict amo, Trap =100 ph, b= 80 eAIV?, i = 40 wl /V?, Act a Ww AcL= = det = ~49. 943 ()= For M,: E44 iy 350= (Fes +h) So 50= S003, - 05)" = Van, = 08167 Vep,(sat) = 0816-05= 03164 Then ¥a{max) = ¥* -0316-0816=6*-LI3¥ For M,: BO Ip= 100 = (3 \asern Vy) So 100=1000(Va5,-05) => Vp, =08167 Vga (sat) = 0816-05 = 0316F Voy(min) =~ +0.3164+0316-0816=F -0.184 So P0184 <¥q, 37 -LiG ¥ El4.2 vo{miax) =F* — Vang Sat) ~Feoyo( sat) y, (min) = P~ +F/yc4{ sat) +P apg( 221) Now (a0/2)(25) +05=0816 Vana (808) = Venyq( sat) = 0316F So v,(max) = ¥* -0316-0316=7* —0632 Van = Fiaay Also 50 Foss = earaas TSOP = {10 ose Voy = onyiasy 7 OBIS Viggq(Sat) = 0.724 -05=0224V Vogal saz) = 0816-05 = 0.3167 So v,(min)=V" +0316+0.224 =~ +054 Then V" 4054 ¢v, <¥* -0.6327 500 Actfideal) = ~3> = -25 Within 0.1% => —25 + (0.001}(25) = Act = -24.975 —28 = 24.975 = oF ] Age 28 = 35 = o.0010 Aat 24.973 Aor = 25.974 E143 Acr{oa} a. Ay = ce 1 [Sete] Aot Ra 495 Aaz(oo) 1+ Bate = = 100 Act = Sr =e Acy = 99.90 L+ oT Ac{oo) = 100 dAct 100 = = =On% Ace ~ 10% igs = SBS Act = 99,90 ~ (0.0001)£89.90) => Agcy = 96.89 E14.6 Agi(so} — Ace 2) Ace oy t Aci{ea] Aculoo) “|, Acelsa) Ach rq Aselooh_, — Agz (oo) Soa.ou, = Aci —___ . Aci 1 Aeslee 1 Seale) Act Ach