Resistors and Circuits - Quizzes with Resolution - Circuits I | EEL 3111C, Quizzes of Microelectronic Circuits

Download Resistors and Circuits - Quizzes with Resolution - Circuits I | EEL 3111C and more Quizzes Microelectronic Circuits in PDF only on Docsity! Quiz#2A EEL 3111C Fall 2009 Siva sravAa ee : ah Last Name _ |. First Name Section # Note: All your ariswers must be in decimal form with three significant digits (max). The variable resistor R in the following circuit is adjusted until V, equals 60 Vv. i Ee wh tote AS : se AAN ES a I, lot + Ts Vy 4 [Sot e oN, S12 7- = = Boob yey: 1 4g : 6 < (a) Find the value of R. N= 60N == T= S2.5A aay N= lexeedeV “24e eV, tbo tqe se =P 35 Re oe NB ore 3 ae 7 oF = NM a a ae = 3A =— Ne = 29 Zot, S- 2 £ a Be ae oVit Wet Y TN He =e Ve Be 4 (Go, {A =e TRE ta, = 4h Ta” Tee 4@4V,-2he =o =P Ra ze 16s : Re AVS : 4 (b) Find the power absorbed in the voltage source. Ls ter t= 432 = 6h hs —@yepCede 144eW Quiz#2B EEL 3111C Fall 2009 SA\VAsTAVA | iss LastName * First Name Section # Note: All your answers must be in decimal form with three significant digits (max). The variable resistor R in the following circuit is adjusted until V1 equals 60 V. = ND Sos Ie Fon = =, a e 4+ Na- =, | ! R dag Yes Aca.) a vi, 24oaN 260s 2G S ee 36 pes 6 (a) Find the value of R. aoV = —_= = 10 VY = Gov => T> $2 > 2:88 =>? Ne o Nat WAN rte se => Ng = Te Ge ae og Ta Pats 2:S-)2 2.54 =p V,= 30V Bie \ % ae ne ENG PV Ve ce => Vy BO z 187 1 ach = = \seV MS ae 4 360 ; Zhe — 1 BiB Nor 2 Ge. Be Fee By 2. 4 (b) Find the power absorbed in the voltage source. Poe = Gag) =o She CTper sD e => — 240(2-419 EEL 3111C Fall 2009 Dr. Srivastava a SRV ESTAR S fee Last Name : First Name - . Section # In the following circuit, all the node voltages have been assigned along with the reference node, Write all the necessary and sufficient equations for nodal analysis. Do not simplify or solve these equations, but number each equation to be graded. Unnumbered equations _ will not be graded, Ee Ee a5 2, > 2 s oe) oe fh NV, = le% Nf See ALE, ras ty 2S a ea a Be see 3 ve NAN, -Vvi oe, - 4) oe ee CS) a 4 In the following circuit, all the mesh currents have been assigned. Write all the necessary and sufficient equations for mesh analysis. Do not simplify or solve these equations, but number each equation to be graded. Unnumbered equations will je gtaded. 2T+sCL-L, +e =o - Gee Po Zeer aee C ZY Tet AU hy, t8CG Aye hse aS >» : ¢ Se Z, t3CE,- 9 + 4CL-T,)t5¢ 37 Te yne> CG a5 ‘ ! - a ae ar oS Quiz # 4B ee. EEL 3111C Fall 2009 Dr. Srivastava ed i First Name Section # In the following circuit, all the node voltages have been assigned along with the reference node, Write all the necessary and sufficient equations for nodal analysis. Do not simplify or solve these equations, but number each equation to be graded. Unnumbered equations will not be graded, a Noe 3 ee Dee sees es Nj-M, = 2e Ty, #4 ee, eke lo Bo ua \,-¥ 2 A eee ae | = ee we v — -V pae = ae ese) In the following circuit, all the mesh currents have been assigned. Write all the necessary and sufficient equations for mesh analysis. Do not simplify or solve these equations, but number each equation to be graded. Unnumbered equations will not be graded. loT, +8057, +26 to 74h) Bae = =. C4) roa Ss ptoee Cte tj 7(4-4,) +4 I= ©e-~ <3) = le Dor cl T542¢ 4-3 Crar I, )=°0- £4} eC tar ED = es =e? Qe - Quiz #5 EEL 3111C Fall 2009 Dr. Srivastava SRWWAsTAYEr a ee 2 Last Name First Name Section # In the following circuit, the op amp is ideal. a2 KL 2 (a) What op amp configuration is this? ' Neninveatk aR aospliper 5b) Find Vo'V.. ea Se a SY P Fees 0 5 + Vv oe Yer Ye =o =? Meee, VP % 32 SS VS Oe rate Ne 5 a Ss oe 4 . (©) Find the range of values of V, so that the op amp operates in a linear mode. Nowe VEN Nes ek 4 t