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See this page for information on how to view these videos.

This is a course on circuit analysis. Problem sets and other instructions can be found here. Familiarity with basic calculus is assumed. At IIT Madras, this is a prerequisite course for Networks and Systems and Analog Circuits.

The lectures are also available in iPod format(320×240 video, AAC audio). Click on the link marked iPod next to each lecture to download these. The pdf files contain the journal snapshots.

1. 2013-01-17: Introduction to the course
2. 2013-01-18(iPod, pdf): Current and Voltage; Kirchhoff's Current and Voltage laws; Electrical circuit elements: Resistance, voltage source, and current source
3. 2013-01-21(iPod, pdf): Capacitor, Inductor, controlled sources, mutual inductor
4. 2013-01-22(iPod, pdf): Mutual inductor; Power and energy; Energy in a mutual inductor; Capacitors and inductors in series and parallel
5. 2013-01-24(iPod, pdf): Constraint on mutual inductance; Solving for circuits-nodes, branches, trees; Nodal analysis
6. 2013-01-28(iPod, pdf): Nodal analysis
7. 2013-01-29(iPod, pdf): Modified nodal analysis
8. 2013-01-31(iPod, pdf): Modified nodal analysis; Loop analysis with link currents; Mesh analysis of planar circuits with mesh currents
9. 2013-02-04(iPod, pdf): Mesh analysis; Circuit theorems-substitution theorem
10. 2013-02-05(iPod, pdf): Thevenin and Norton equivalent of circuits
11. 2013-02-07(iPod, pdf): Maximum power transfer theorem; Tellegen's theorem; Reciprocity of resistive networks
12. 2013-02-12(iPod, pdf): Reciprocity theorem; Pushing a voltage source through a node; Splitting a current source
13. 2013-02-14(iPod, pdf): Exploiting symmetry in circuit analysis; Power transfer as available minus reflected power; Compensation theorem
14. 2013-02-15(iPod, pdf): Two port parameters
15. 2013-02-18(iPod, pdf): Two port parameters-reciprocal two ports, unilateral two ports, graphical representation
16. 2013-02-19(iPod, pdf): Analysis of nonlinear circuits; Small signal approximation
17. 2013-02-21(iPod, pdf): Analysis of nonlinear circuits; Small signal approximation
18. 2013-02-26(iPod, pdf): Opamp and negative feedback
19. 2013-02-28(iPod, pdf): Negative and positive feedback; Determining opamp signs for negative feedback
20. 2013-03-05(iPod, pdf): Determining opamp signs for negative feedback; CCVS using an opamp; Input and output resistances of controlled sources
21. 2013-03-07(iPod, pdf): CCVS using an opamp; Circuits with capacitors
22. 2013-03-08: Step response of RC circuits; Response of a first order circuit to a constant and exp(st) (No recording: refer to last year's lectures)
    • 18. Opamp amplifiers; Two port representations(cont'd); RC circuit natural response; First order differential equation
    • 19.Step response of RC circuits; Response of a first order circuit to exp(st)
23. 2013-03-11(iPod, pdf): Response of first order circuit to exp(st), cos(wt); Response to sinusoids in terms of response of exp(jwt)
24. 2013-03-12(iPod, pdf): Step response of first order RC/RL circuits
25. 2013-03-14(iPod, pdf): Sinusoidal steady state response
26. 2013-03-15(iPod, pdf): Second order differential equation; RLC circuit natural response
27. 2013-03-18(iPod, pdf): RLC circuit natural response; Sinusoidal steady state response
28. 2013-03-19(iPod, pdf): Sinusoidal steady state response; Phasor diagrams; Magnitude and phase versus frequency
29. 2013-03-21(iPod, pdf): Magnitude and phase versus frequency; Bode plots; Sinusoidal steady state response of a series RLC circuit
30. 2013-03-22(iPod, pdf): Sinusoidal steady state response of a series RLC circuit; Circuit analysis and circuit theorems with phasors and complex impedances; rms value of an ac signal; Determining opamp signs for negative feedback-revisited
31. 2013-03-25(iPod, pdf): Complex power, real(average) power, apparent power, power factor, power factor correction; Conjugate matching for maximum power transfer
32. 2013-03-26(iPod, pdf): Quality factor in terms of energy; Locus diagrams
33. 2013-03-28(iPod, pdf): Locus diagrams; Phasor representation of a mutual inductor
34. 2013-04-02(iPod, pdf): Ideal transformer; Impedance matching using a transformer and other networks
35. 2013-04-04(iPod, pdf): Three phase power transmission; Real and reactive power
36. 2013-04-05(iPod, pdf): Balanced and unbalanced loads; Power factor in a 3 phase balanced system; 3 phase power measurement
37. 2013-04-08(iPod, pdf): Symmetrical component representation of unbalanced three phase quantities
38. 2013-04-12(iPod, pdf): Practical resistors and capacitors; Introduction to magnetic circuits
39. 2013-04-16(iPod, pdf): Flux density in a single loop; Solenoid; Solenoid with a ferromagnetic core; Flux density in a single loop; Solenoid with air/ferromagnetic core; Reluctance of a magnetic circuit
40. 2013-04-18(iPod, pdf): Magnetic circuits; Inductance and mutual inductance of a coil with a ferromagnetic core; B-H nonlinearity
41. 2013-04-19(iPod, pdf): Hysteresis loss; Eddy current loss
42. 2013-04-23(iPod, pdf): Transformer miscellanea; Complex power and its relationship to time domain components of power

1. Problem set 1(1st Feb. 2013): Basic elements; Nodal analysis; Modified nodal analysis
2. Problem set 2(11th Feb. 2013): Circuit theorems
3. Problem set 3(25th Feb. 2013): Circuit theorems
4. Problem set 4(23rd Mar. 2013): Opamp circuits
5. Problem set 5(23rd Mar. 2013): RC, RLC network response, differential equations
6. Problem set 6(8th Apr. 2013): Sinusoidal steady state analysis, phasor diagrams, Bode plots
7. Problem set 7(15th Apr. 2013): Locus diagrams, Three phase circuits
8. Problem set 8(26th Apr. 2013): Magnetic circuits, transformers

1. 2013-02-08: Quiz I
2. 2013-03-04: Quiz II
3. 2013-04-01: Quiz III
4. 2013-04-22: Quiz IV