Electric Circuit Theory (EE 501) — Complete Study Material

A comprehensive, interactive study guide for Electric Circuit Theory (EE 501) — Tribhuvan University, Institute of Engineering syllabus.

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What's Inside

Seven full chapters covering the entire EE 501 syllabus, with worked examples, derivations, formula boxes, and exam-pattern questions.

Chapter Topic Key Concepts
1 Network Analysis & Resonance Mesh/Nodal analysis in AC, Series & Parallel RLC resonance, Q-factor, Bandwidth
2 Initial Conditions Inductor/Capacitor behavior at t=0+, switching circuits, energy storage
3 Transient Analysis (Direct) First-order RL/RC, Second-order RLC, overdamped/underdamped/critical
4 Laplace Transform Method s-domain circuit models, transfer functions, partial fractions, pole-zero
5 Frequency Response & Bode Plots Bode magnitude/phase, corner frequencies, asymptotic approximation
6 Fourier Series Trigonometric & exponential forms, symmetry shortcuts, Parseval's theorem
7 Two-Port Networks Z, Y, h, ABCD parameters, interconnections, T and Pi networks

Plus an Exam Questions Bank with past TU/IOE questions organized by chapter.

Features

  • LaTeX math rendering (KaTeX) for all equations and derivations
  • Interactive plots and diagrams for resonance curves, Bode plots, transient responses
  • Animated videos (Manim) for Series Resonance, Transient Response, Laplace Transform, Bode Plot Construction, Fourier Series Buildup
  • Code-highlighted Python examples
  • Sidebar navigation with chapter search
  • Mobile-friendly dark theme

Who Is This For

  • BCE/BEL/BEX students at IOE preparing for EE 501 exams
  • Anyone learning circuit theory fundamentals
  • Quick reference for practicing engineers

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