RF Design Basics

Example of source free RL circuit. Circuit theory. transient analysis

Introduction to coordinate system ||EM Theory || Dr. Niraj Kumar VIT Chennai

BCD codes | Decimal to BCD conversion | BCD to Decimal conversion | binary coded decimal

Cut-set matrix and its application in solving circuit analysis.

How to export .dxf file from HFSS and open it in Gmail ||Tutorial by Prof. Niraj Kumar VIT Chennai||

How to plot root locus to find out stability of the control systems? Step-by-step process

Logic gate types, symbols and truth table| basic gates, universal gates and exclusive gates

How to use scientific calculator to calculate gain and phase margin without plotting bode plot.

Full Adder logic design with NOR gates only

Mesh current analysis problem and equation solving using cramer's rule | Circuit/Network theory

Inverse Laplace transform of decomposed functions.

Full Adder logic design with NAND gates only

Equivalent circuit of Z-parameters and solving problems for finding z-parameters of two port network

Exploring Root Locus Plots: Complex Poles and Multiple Pole Scenarios | Control System Analysis

How to solve source free series/ parallel RLC circuit explained under 7 minutes

Bode plot for stability analysis of control system and finding Gain and Phase Margin.

Problems solved on interconnection of networks for parallel combination of two port network

How to plot bode plot with and without time delay and calculate gain and phase margin

Half Adder design with NOR gate only

Calculation of Y-parameters having dependent source in the two port network

Half Adder design with NAND gates only

Finding currents for given Z-parameters of a two port network

Combinational logic circuits/ Difference between combinational and sequential circuits/ design steps

Equivalent circuit of g-parameters and solving problems for finding g-parameters of two port network

K-Map (Karnaugh Map) | Examples of 2, 3 and 4 variables K-map | Don't care condition, SOP and POS

Laplace's transform of sine and cosine functions |Properties of Laplace's transform and its pair|

Axioms and Laws of Boolean Algebra | Digital logic system simplification rules | Digital electronics

Implementation of all logic gates with NAND gate | Design with universal gates | digital electronics

Binary parallel adder/ 4 bit parallel adder logic circuit design with full adders

||Two port network || Impedance (Z), Admittance (Y), hybrid (h) and inverse-hybrid (g) parameters

Tie-set matrix and its application in solving circuit analysis.

Example of source free series RLC circuit and calculation of i(t) ||underdamped||

Sum of product (SOP) and product of sum (POS) form expression for Boolean function | minterm/maxterm

Calculation of input impedance of two port network with known h-parameters.

Implementation of all gates using NOR gate | Design with Universal gates | Digital system design

Half subtractor and Full subtractor logic circuit || Design of full subtractor with half subtractors

Full Adder introduction / logic circuit design / design of full adder with half adders

Dot and Cross Product calculation using 991ES in less then a minute

Filter design method and formulation for maximally flat/Butterworth response

Application of Laplace transform for solving circuit problems with example.

Example of block diagram reduction technique in control system

Calculating gain(K) for given gain or phase margin using calculator only without bode plot

Half adder / definition , truth table and circuit design

Simplifying Control Systems: Block Diagram Reduction in 15 Minutes | Techniques & Rules Explained

Example of source free RL circuit. Circuit theory. transient analysis

Example of Inverse Laplace's Transform for repeated poles using residual method

Routh-hurwitz criteria |Examples and special cases of for stability test of the closed loop system|

Inverse Laplace's transform by using decomposition and applying residual method.

How to use scientific calculator for number system conversion | Digital electronics

Rectangular waveguide cavity resonator || Derivation of resonant frequency||

How to calculate Dot and cross product of vector using scientific calculator.