Faculty :Dr. Anup Dandapat
Electronics & Communication Engineering, National Institute of Technology Meghalaya
EC205
Module 1 (Digital Logic Design)
- Lecture 1 Circuit Elements
- Lecture 2 Resistor
- Lecture 3 Basic Laws
- Lecture 4 Ohm's Law
- Lecture 5 Ohm's Law Kirchhoff's Laws
- Lecture 6 Circuit Theorems
- Lecture 7 Superposition Theorem Applications
- Lecture 8 Source Transformation and Thevenin’s Theorem
- Lecture 9 Thevenin’s Theorem
- Lecture 10 Thevenin
- Lecture 11 Nortons Theorem
- Lecture 12 Thevenin and Norton “EquivalentCircuits
- Lecture 13 Numerical Problem
- Lecture 14 Maximum Power Transfer
- Lecture 15 Maximum Power Transfer
- Lecture 16 Mesh Analysis
- Lecture 17 Mesh Analysis Problem
- Lecture 18 Matrix Determinant
- Lecture 19 Problem
- Lecture 20 Resistors
- Lecture 21 Resistor Star Delta example
- Lecture 22 Laplace Transfer - l
- Lecture 23 Laplace Transfer - ll
- Lecture 24 Laplace Transfer - lll
- Lecture 25 AC Circuits
- Lecture 26 Laplace Transfer - IV
- Lecture 27 Capacitors
- Lecture 28 Charging a capacitor
- Lecture 29 Resonance in an ac circuit
- Lecture 30 Resonance circuit
- Lecture 31 Resonance circuit example
- Lecture 32 Parallel Resonance circuit
- Lecture 33 Maximum power transfer theorem in ac circuit