State Machine: Basics of Moore and Mealy State Machine, State diagram from State table

Implementing Boolean function/expression using Programmable Logic Array (PLA)

Implementing Boolean function/expression using Programmable Array Logic (PAL)

Programmable Logic Device (PLD) and Read Only Memory (ROM) as PLD

Sequential Circuit Lect 7: D Latch Using NOR gate including all the required Tables

Sequential Circuit Lect 6: D Latch Using NAND gate including all the required Tables

Sequential Circuit Lect 5: Gated/Enabled SR Latch using NOR gate including all the required Tables.

Sequential Circuit Lect 4: Gated/Enabled SR Latch using NAND gate including all the required Tables.

Sequential Circuit Lect 3: Uncontrolled SR Latch using NOR gate including all the required Tables.

Sequential Circuit Lect 2: Uncontrolled SR Latch using NAND gate including all the required Tables.

Sequential Circuit Lect 1: Basics of Memory Elements in Digital Electronics

Digital System Lecture 5: Binary Algebra and Boolean Algebra

Digital System Lecture 4: Direct conversion between Binary, Octal and Hexadecimal No.

Digital System Lecture 3: Number system conversion part 3: Decimal to Hexadecimal and Vice-Versa

Digital System Lecture 2: Number system conversion part 2: Decimal to Binary and Octal

Digital System Lecture 1: Basics of number system and conversion

AC Lecture 7: Phasor for series RL, RC and RLC circuit including Power and Impedance Triangle

AC Lecture 6: Phasor Relation and Power for R, L and C circuit element

AC Lecture 5: Phasor - Definition, Representation, Conversion and Phasor Algebra

AC Lecture 4: Average and RMS Value; Form Factor and Peak Factor

AC Lecture 3: Generation of AC Voltage and its frequency, Mechanical and Electrical Degree

AC L2 Terminologies used in AC or Sinusoidal Waveform

AC Lecture 1: Basic Information and Importance of AC over DC

DC Lecture15: Source Transformation Theorem

DC Lecture 14: Superposition Theorem (including Dependent source)

DC Lecture 13: Norton Theorem; Relation Between Norton and Thevenin Theorem

DC Lecture12 Negative Thevenin Resistance: A special case

DC Lecture 11: Thevenin Theorem (including thevenin equivalent of Bridge Circuit & Dependent Source)

DC Lecture10: Solved problem on Star Delta Transformation

DC Lecture 9: Star Delta Transformation/Conversion

DC Lecture 8: Power in DC circuit and Solved Problems (Numerical)

DC Lecture 7: Voltage Division Rule, Current Division Rule and Series Parallel Combination

DC Lecture 5: Ohm's Law and Kirchhoff's Law (KCL and KVL)

DC Lecture 4: Some Terminologies

DC Lecture 3: Dependent Sources

DC Lecture 2: Independent Sources

DC Lecture1: Classification of Circuit Elements

DC Lecture 6: Nodal and Mesh Analysis (Including Super node and Super Mesh concept)

Lecture 3: Transformation between Coordinate Systems (especially Spherical & Rectangular Coordinate)

Lecture 2: Coordinate Systems and Transformation between Rectangular & Cylindrical Coordinate System

Lecture 1: Vector Algebra

Lecture 9: Efficiency and Voltage Regulation of Transformer

Lecture 8: Transformer Losses and OC/SC Test (Open Circuit and Short Circuit Test)

Lecture 7: Transformer Equivalent Circuit: Primary referred to secondary and vice-versa.

Lecture 6: Transformer on load and its Phasor (with Lagging, Leading and Unity pf load)

Lecture 5: Ideal and Practical Transformer, Transformer on "No Load"

Lecture 4 : Magnetic Material, B-H Curve, Hysteresis and Eddy Current loss (Core Loss)

Lecture 3 : Transformer Working Principle and EMF Equation

Lecture 2 : Transformer Construction and Cooling

Lecture1: Transformer Basics