Канал: Sandeep Kaler

A Conversation with Professor John G. Kassakian

A Conversation with Professor John G. Kassakian

Converter Modelling: Linearization of a Boost Converter

Converter Modelling: Linearization of a Boost Converter

Phase-Controlled Full-Wave Rectifier with Commutation Reactance

Phase-Controlled Full-Wave Rectifier with Commutation Reactance

Phase-Controlled Half-Wave Rectifier

Phase-Controlled Half-Wave Rectifier

The Three-Phase Rectifier

The Three-Phase Rectifier

The Full-Wave Bridge Rectifier

The Full-Wave Bridge Rectifier

The Half-Wave Rectifier w/ a Freewheeling Diode

The Half-Wave Rectifier w/ a Freewheeling Diode

The Half-Wave Rectifier

The Half-Wave Rectifier

Total Harmonic Distortion (THD)

Total Harmonic Distortion (THD)

DC-AC Converters: Three Phase Inverters

DC-AC Converters: Three Phase Inverters

DC-AC Converters: PWM Operation of Half-Bridge and Full-Bridge Converters

DC-AC Converters: PWM Operation of Half-Bridge and Full-Bridge Converters

Pulse Width Modulation (PWM): Fundamentals, Generating PWM Signals, and More

Pulse Width Modulation (PWM): Fundamentals, Generating PWM Signals, and More

DC-AC Converters: The Full-Bridge Converter w/ Active Load

DC-AC Converters: The Full-Bridge Converter w/ Active Load

DC-AC Converters: The Full-Bridge Converter w/ Non-Unity Power Factor Load

DC-AC Converters: The Full-Bridge Converter w/ Non-Unity Power Factor Load

DC-AC Converters: The Full-Bridge Converter w/ Resistive Load

DC-AC Converters: The Full-Bridge Converter w/ Resistive Load

Isolated DC-DC Converters: Dual Active Bridge (DAB) Converter

Isolated DC-DC Converters: Dual Active Bridge (DAB) Converter

Isolated DC-DC Converters: Double-Ended Forward Converter

Isolated DC-DC Converters: Double-Ended Forward Converter

Isolated DC-DC Converters: Single-Ended Forward Converter

Isolated DC-DC Converters: Single-Ended Forward Converter

Isolated DC-DC Converters: The Flyback Converter

Isolated DC-DC Converters: The Flyback Converter

The Full-Bridge DC-DC Converter

The Full-Bridge DC-DC Converter

Indirect Converters: The Buck/Boost Converter - Formulation and Theory

Indirect Converters: The Buck/Boost Converter - Formulation and Theory

Buck/Boost Converters: Capacitor Voltage Ripple, Inductor Current Ripple, and Conduction Modes

Buck/Boost Converters: Capacitor Voltage Ripple, Inductor Current Ripple, and Conduction Modes

Boost Converters: Capacitor Voltage Ripple, Inductor Current Ripple, and Conduction Modes

Boost Converters: Capacitor Voltage Ripple, Inductor Current Ripple, and Conduction Modes

Buck Converters: Capacitor Voltage Ripple, Inductor Current Ripple, and Conduction Modes

Buck Converters: Capacitor Voltage Ripple, Inductor Current Ripple, and Conduction Modes

Direct Converters: The Boost Converter - Formulation and Theory

Direct Converters: The Boost Converter - Formulation and Theory

Direct Converters: The Buck Converter - Formulation and Theory

Direct Converters: The Buck Converter - Formulation and Theory

Fundamentals of DC-DC Converters and the Canonical Switching Cell

Fundamentals of DC-DC Converters and the Canonical Switching Cell

Electric Vehicle Modelling - Permanent-Magnet Machines: Control Modelling

Electric Vehicle Modelling - Permanent-Magnet Machines: Control Modelling

Electric Vehicle Modelling - Permanent-Magnet Machines: Mathematical Modelling

Electric Vehicle Modelling - Permanent-Magnet Machines: Mathematical Modelling

abc-dq Transformation

abc-dq Transformation

Electric Vehicle Modelling: Current Control of Induction Machines

Electric Vehicle Modelling: Current Control of Induction Machines

Electric Vehicle Modelling: Induction Machines - Vehicle Control Model

Electric Vehicle Modelling: Induction Machines - Vehicle Control Model

Electric Vehicle Modelling: Induction Machines - Torque & Speed Control

Electric Vehicle Modelling: Induction Machines - Torque & Speed Control

Electric Vehicle Modelling: Induction Machines - Steady State Model

Electric Vehicle Modelling: Induction Machines - Steady State Model

Electric Vehicle Modelling: Induction Machines - Power & Torque

Electric Vehicle Modelling: Induction Machines - Power & Torque

Electric Vehicle Modelling: Induction Machines - Circuit Model

Electric Vehicle Modelling: Induction Machines - Circuit Model

Electric Vehicle Modelling: DC Machines - Controller Design

Electric Vehicle Modelling: DC Machines - Controller Design

Electric Vehicle Modelling: DC Machines - Example #2

Electric Vehicle Modelling: DC Machines - Example #2

Electric Vehicle Modelling: DC Machines - Example #1

Electric Vehicle Modelling: DC Machines - Example #1

Electric Vehicle Modelling: Control Modelling of DC Machines

Electric Vehicle Modelling: Control Modelling of DC Machines

Electric Vehicle Modelling: DC Machines - Speed Control

Electric Vehicle Modelling: DC Machines - Speed Control

Electric Vehicle Modelling: DC Machines - Torque Control

Electric Vehicle Modelling: DC Machines - Torque Control

Electric Vehicle Modelling: Torque-Speed Characteristic Example #1

Electric Vehicle Modelling: Torque-Speed Characteristic Example #1

Electric Vehicle Modelling: Torque-Speed Characteristic Example #2

Electric Vehicle Modelling: Torque-Speed Characteristic Example #2

Electric Vehicle Modelling: DC Machines - Circuit Model

Electric Vehicle Modelling: DC Machines - Circuit Model

Electric Vehicle Modelling: The Gear Ratio

Electric Vehicle Modelling: The Gear Ratio

Electric Vehicle Modelling: Maximum Tolerable Tractive Force

Electric Vehicle Modelling: Maximum Tolerable Tractive Force

Electric Vehicle Modelling: Vehicle Block Model

Electric Vehicle Modelling: Vehicle Block Model

Electric Vehicle Modelling: Power Plant Sizing

Electric Vehicle Modelling: Power Plant Sizing

Electric Vehicle Modelling: Forces On Vehicles

Electric Vehicle Modelling: Forces On Vehicles

Electric Vehicle Modelling: Equations of Motion

Electric Vehicle Modelling: Equations of Motion

Electric Vehicle Modelling: Torque-Speed Characteristic of Vehicles

Electric Vehicle Modelling: Torque-Speed Characteristic of Vehicles

Buck Converter - Continuous Conduction Mode

Buck Converter - Continuous Conduction Mode

Introduction to Power Electronics - General Concepts

Introduction to Power Electronics - General Concepts

Load & Line Regulation

Load & Line Regulation

Zener Diodes - What You Need to Know

Zener Diodes - What You Need to Know

Diodes - Constant Voltage Model

Diodes - Constant Voltage Model

Diodes - Introduction & the Ideal Model

Diodes - Introduction & the Ideal Model

Retarded Potentials - Vector Potential due to a Current Loop

Retarded Potentials - Vector Potential due to a Current Loop

Diode Circuits #2

Diode Circuits #2

Circuit Analysis Techniques - Thevenin & Norton Equivalent Circuits

Circuit Analysis Techniques - Thevenin & Norton Equivalent Circuits

Circuit Analysis Techniques - Superposition

Circuit Analysis Techniques - Superposition

Diode Circuits #1

Diode Circuits #1

Circuit Analysis Techniques - Current Division

Circuit Analysis Techniques - Current Division

Circuit Analysis Techniques - Voltage Division

Circuit Analysis Techniques - Voltage Division

Electronics - Conventions & Relevant Concepts

Electronics - Conventions & Relevant Concepts

Smith Chart Single-Stub Matching Problem #2

Smith Chart Single-Stub Matching Problem #2

Smith Chart Problem #2

Smith Chart Problem #2

Smith Chart Problem #3

Smith Chart Problem #3

Single-Stub Tuner Impedance Matching with Smith Charts

Single-Stub Tuner Impedance Matching with Smith Charts

Smith Chart Single-Stub Matching Problem #1

Smith Chart Single-Stub Matching Problem #1

Smith Chart Problem #1

Smith Chart Problem #1

Smith Chart Basics

Smith Chart Basics

Deriving the Current Continuity Equation

Deriving the Current Continuity Equation

Deriving Poisson's Equation in terms of the Scalar Potential

Deriving Poisson's Equation in terms of the Scalar Potential

Electromagnetics Tutorial 3

Electromagnetics Tutorial 3

Transverse EM Wave Problem

Transverse EM Wave Problem

Electromagnetics Tutorial 2

Electromagnetics Tutorial 2