Skip to content
ElectronicsInfoline
LearnDatasheet GuruBOM OptimizerSchematic GeneratorHardware DebuggerPCB Analyzer

Circuit Analysis Exam Prep

Who this is for: Diploma / B.Tech student preparing for circuit-theory papers (network theorems, transients, AC analysis).

What you'll be able to do: Solves networks by mesh/nodal analysis and the standard theorems, handles first- and second-order transients, and analyses AC circuits through resonance, Q and Bode plots.

Steps

  1. 1. SI Units & Engineering Prefixes
  2. 2. Electric Charge
  3. 3. Scientific & Engineering Notation
  4. 4. Complex Numbers for Electronics
  5. 5. Electric Current
  6. 6. Electrons & Atomic Structure
  7. 7. Voltage
  8. 8. Capacitance
  9. 9. What Is a Circuit?
  10. 10. Conductors & Insulators
  11. 11. DC vs AC
  12. 12. Magnetic Fields
  13. 13. Magnetic Flux
  14. 14. Resistance
  15. 15. Schematic Diagrams & Symbols
  16. 16. The Sine Wave
  17. 17. Voltage Sources (Ideal & Real)
  18. 18. Peak, Peak-to-Peak & Instantaneous Values
  19. 19. Current Sources
  20. 20. Electromagnetic Induction
  21. 21. Frequency & Period
  22. 22. Nodes, Branches & Loops — Coming soon
  23. 23. Ohm's Law
  24. 24. Angular Frequency (ω) — Coming soon
  25. 25. Capacitive Reactance
  26. 26. Electrical Power
  27. 27. Inductance
  28. 28. Parallel Circuits
  29. 29. Series Circuits
  30. 30. Capacitor Charging & Discharging
  31. 31. The Decibel
  32. 32. Inductive Reactance
  33. 33. Kirchhoff's Current Law (KCL)
  34. 34. Kirchhoff's Voltage Law (KVL)
  35. 35. Phase & Phase Difference
  36. 36. RMS Value
  37. 37. Series-Parallel Networks
  38. 38. Delta-Wye (Δ-Y) Transformation
  39. 39. Mesh Analysis
  40. 40. Nodal Analysis
  41. 41. Phasors
  42. 42. The RC Time Constant
  43. 43. Thévenin's Theorem
  44. 44. Cutoff Frequency & the -3 dB Point
  45. 45. Impedance
  46. 46. Maximum Power Transfer Theorem
  47. 47. Norton's Theorem
  48. 48. The RL Time Constant
  49. 49. Superposition Theorem
  50. 50. AC Circuit Analysis with Phasors
  51. 51. AC Power: Real, Reactive & Apparent
  52. 52. First-Order Transient Analysis
  53. 53. Passive Low-Pass Filters
  54. 54. Source Transformation
  55. 55. Bode Plot Basics
  56. 56. Power Factor & Correction
  57. 57. Second-Order (RLC) Transients
  58. 58. Series RLC Circuits
  59. 59. Parallel RLC Circuits
  60. 60. Resonance
  61. 61. Q Factor & Bandwidth