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ee302_exam3 - 2th 20“ Source Transformations and...

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Unformatted text preview: 2th 20“ Source Transformations and Thevenin’s Equivalent 1. Determine the Thovenin’s equivalent as seen by the 4f! resistor. [25 points] 1% I I a .. .- 5i I i :-e- a . i I 49 I m- I : I . "40:: I 4A T 5:: . _2n .— | ‘ | I ,9. I “I. gov .r' __ _ .4 I I.. lav a L: o——/vv—‘—(+ —}————.— [J‘L 5R- 05A I W” '.__-—-v—--—-/ vqfl {a I—fiL Im’ CR. 0———4/v— 1,0, J’L 5T], oujsv j-QJL a L, _J\/L~.———-——"c ML 4J1 Thevenin’storton’s and Maximum Power Transfer Theorem 2. Obtain [and draw) the Norton’s equivalent at terminals 3—13 and than b—c of the circuit below. [25 points] 312 IQ 3. What is the maximum power that the circuit below can transfer to a load [25 points] Ln Wk; Zn’ I 9‘ T W" ‘c’ T.) Phi—{TILE _ 051/0 : 06% 5K5: Maximum Power I 0 - 7 5 W Operational Amplifiers 4. Find [0 in the Ola—amp circuit below. [25 points] 1 =71 M : w {7'34 50K r‘otc V0 : soufflh .4 Gar '1' {9t} —F- 20 — 241/ a,- v0 ?Ok Bonus Problem [3 points] FIJr the following tip-amp circuit, express V0 in terms of VI and V2 {and resistors R1, R2, R3, R4)- ...
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