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Electrical Circuits Problem Solving Techniques

This session covers various circuit analysis techniques such as expressing current as a function of input voltage, applying Thevenin's theorem, and using superposition principle. It also includes exercises on capacitor waveform analysis and op-amp circuits. Practice problems involving switch positions and waveform calculations enhance understanding of circuit concepts.

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Electrical Circuits Problem Solving Techniques

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  1. Problem Solving Session II EEE 201 Electric Circuits I Sertaç Kılıçkaya Aytuğ Güner

  2. Q1

  3. Q2 Consider the OPAMP circuit given below. Express the current Ioas a function of the input voltage Vi.

  4. Q3 Apply Thevenin’s theorem to find Voin the circuit.

  5. Q4 Consider the circuitry given below. Apply superposition principle to find ioand vo.

  6. Q5 Find Vo using superposition principle.

  7. Q6

  8. Q7

  9. Q8

  10. Q9 A 4-mF capacitor has the current waveform shown below. Assuming that V(0) = 10V, sketch the voltage waveform v(t).

  11. Q10 The output V0of the op amp circuit in Fig. 6.92(a) is shown in Fig. 6.92(b). Let Ri= Rf= 1 MΩ, and C = 1 µF. Determine the input voltage waveform and sketch it.

  12. Q11 The switch in Fig. 7.43 has been in position A for a long time. At t=0, the switch moves to B. Determine v(t) for t>0 and calculate its value at t = 1s and 4s.

  13. Q12

  14. Q13

  15. Q14

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