How to find Closed Loop Transfer Function of a Feedback Control System | Solution with Steps

Reflections on a Transmission Line | Analysis with SPICE Simulation

Mastering Feedback Control of Boost Converter in Discontinuous Mode

Half-Wave Rectifier with Inductive Load | Explanation & LTSpice Simulation

How to Check for Linearity in Systems: Solved Example

Plotting a Cubic Function Using the Factor Theorem: Step-by-Step Guide!

Finding System Response using Laplace Transform and Transfer Function

Halfwave Rectifier and Transformer Simulation using LTSpice | Transformer Modelling Explained

Response of LTI Systems to a sum of Cosine Signals | Eigen Function Analysis

Buck Converter Simulation using LTSpice | Transistor Modelling using Voltage Controlled Switch

Basic Operation of a PushPull Converter | Waveforms and Output Voltage Derivation

Feedback Amplifier Block Diagram | Source, Load, Mixer, Sampling, Feedback

Complex Exponentials, Eigen Functions and Fourier Series Representation | Derivation and Example

Transient Analysis of RC Circuit with Initial Conditions | Solving & Plotting Time Domain Response

Magnetic Circuit with a BH curve | Current, Relative Permeability and Reluctance Calculation

Inductor Design of a Buck Converter for Continuous Current Conduction

Fourier Analysis of Half-Wave Rectified Signal | Average Value ao Verification with LTSpice

Voltage Limiter| Design and Simulation using LTspice

Non-Inverting Amplifier Design based on Gain and Power Loss Requirements

Magnetization Curves and Saturation | Understanding B-H Curves | Flux, MMF, Flux Density Relation

Simulation of a Half-Wave Rectifier using LTspice | Plotting Rectified Voltage and Diode Voltage

Step Response of RC Circuit | LTspice Simulation | Time Constant Verification

Systems described by Differential Equations | System Order, Linearity, Initial Conditions

Introduction to Boost Converters | Operation during Ton and Toff

Applying Thevenin's Theorem | Open Circuit Voltage | Thevenin's Resistance | Thevenin's Equivalent

Solving Linear Constant Coefficient Differential Equations | Homogeneous and Particular Solutions

Introduction to Current Amplifiers | Source, Load, Input and Output Impedance Considerations

Introduction to Phasors for AC Circuit Analysis | Argand Diagram | Polar and Cartesian Coordinates

Calculating Buck Converter Efficiency | Conduction losses and Switching Losses

Mastering Magnetic Circuit Calculations: Finding Magnetic Flux Through a Ferromagnetic Core

Superposition Principle | Easy Way to Solve Complex Circuits

Basic Rectifier with a Resistive Load | Output Voltage | Output Current | Diode Voltage

Deriving Switching Losses in a Buck Converter: In-Depth Analysis with Current & Voltage Plots

Exponential Signals and derivation of Fundamental Period and Frequency

NOT Gate Circuit Design using a Switch | Digital Circuit Design using Analogue Electronics

Introduction to Voltage Amplifiers | Effect of Source and Load Impedance

KCL Analysis with Supernodes | Solution with detailed Steps

Rectifying and Inverting Modes of Operation in Switched Mode Power Converters | 4 Quadrant Operation

Switching Losses in Buck Converters | Derivation of AC Loss during ON/OFF Transitions | Part 1

Step Response of an RC Circuit | Solving a differential equation in the time domain

Introduction to Linear Systems | Understanding Homogeneity and Superposition

Thevenin's Equivalent of an Amplifier Circuit | Thevenin's Voltage and Thevenin's Resistance

Switched Mode Power Conversion | Exploring Rectifying and Inverting Modes

Basic Waveforms in Buck Converters | Switched Node Voltage | Output Current

Finding Impulse Response of a Feedback System using Recursion

Magnetic Circuits | Magnetic Equivalent of an Electric Circuit using Flux, mmf and Reluctance

Finding Gain of an Amplifier using KCL

Conduction Losses in Buck Converters | Diode and Power Transistor Loss | Efficiency Analysis Part 1

Branch Current Analysis with Current Sources | Cramer's Rule for Circuit Analysis using Matrices

Magnetic Flux through a Ferromagnetic Core | Ampere's Law | Flux Density and Magnetic Field

Mastering Buck Converter Feedback Control | Voltage Regulation Explained!

Signal Transformations in Continuous Time | Time Reversal, Scaling and Delay Operations

Buck Converter Basics | Ton/Toff Operation and Output Voltage derivation

Kirchoff's Voltage Law using Loop Analysis | Solved Example with Detailed Steps

Derivation of Euler's Relation using Taylor Series Expansion | Euler's Identity

Continuous Time Signals and Discrete Time Signals

Introduction to Linear Regulators Part 2 | Efficiency Analysis

Introduction to Signals and Systems

Introduction to KVL and KCL | Tools for Circuit Analysis

Voltage, Current, and Power defined in terms of Force, Charge and Energy| Derivation