Media Summary: This lecture explains the working and use of compensating windings in DC machines. Compensating Windings (CW) resolve the ... This lecture serves as a quick revision to the basic concepts of magnetic lines of flux, magnetic filed This part of lecture discusses types of DC motors with respect to electrical connections of field circuit and armature circuit.

Ee213 22 Generated Voltage And - Detailed Analysis & Overview

This lecture explains the working and use of compensating windings in DC machines. Compensating Windings (CW) resolve the ... This lecture serves as a quick revision to the basic concepts of magnetic lines of flux, magnetic filed This part of lecture discusses types of DC motors with respect to electrical connections of field circuit and armature circuit. When the mechanical load connected to a synchronous motor is increased, the torque angle increases. Therefore, the phasor for ... This lecture explains the concept of impedance transformation and presents techniques to analyze electrical circuits with ideal ... The study of electricity goes all the way back to antiquity. But, by the time electricity started to become more well known, a few ...

This lecture presents an example to explain the procedure to analyze magnetic circuits. Note: There is a calculation mistake. How does electricity work? Get a 30 day free trial and 20% off an annual subscription. Click here: ... This lecture describes the terminal characteristics (torque-speed characteristics) of a shunt DC motor. This discussion is also ... This lectures explains the open circuit test and short circuit test conducted on transformers to determine the equivalent circuit ...

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EE213  - 22 - Generated voltage and Induced torque in real DC machines
EE213 - 22 - Compensating Windings in DC machines to resolve commutation problems
EE213 - 1a - Magnets, lines of flux, toroid, solenoid
EE213 - 24b - Types of DC motors and speed regulation
EE213 - 10 - Phasor diagram of a transformer and voltage regulation
EE213 - 39a - Effects of load changes and Torque speed characteristics of a synchronous motor
EE213 - 06b - Analysis of electrical circuits with transformers
Electricity: Crash Course History of Science #27
EE213 - 03 - Analysis of magnetic circuits - example
How Electricity Works - for visual learners
EE213 - 25 - Torque speed characteristics of shunt DC motors
EE213 - 09a - Short circuit test and open circuit test for a transformer
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EE213  - 22 - Generated voltage and Induced torque in real DC machines

EE213 - 22 - Generated voltage and Induced torque in real DC machines

This lecture presents the derivation of

EE213 - 22 - Compensating Windings in DC machines to resolve commutation problems

EE213 - 22 - Compensating Windings in DC machines to resolve commutation problems

This lecture explains the working and use of compensating windings in DC machines. Compensating Windings (CW) resolve the ...

EE213 - 1a - Magnets, lines of flux, toroid, solenoid

EE213 - 1a - Magnets, lines of flux, toroid, solenoid

This lecture serves as a quick revision to the basic concepts of magnetic lines of flux, magnetic filed

EE213 - 24b - Types of DC motors and speed regulation

EE213 - 24b - Types of DC motors and speed regulation

This part of lecture discusses types of DC motors with respect to electrical connections of field circuit and armature circuit.

EE213 - 10 - Phasor diagram of a transformer and voltage regulation

EE213 - 10 - Phasor diagram of a transformer and voltage regulation

This lectures presents the concepts of

EE213 - 39a - Effects of load changes and Torque speed characteristics of a synchronous motor

EE213 - 39a - Effects of load changes and Torque speed characteristics of a synchronous motor

When the mechanical load connected to a synchronous motor is increased, the torque angle increases. Therefore, the phasor for ...

EE213 - 06b - Analysis of electrical circuits with transformers

EE213 - 06b - Analysis of electrical circuits with transformers

This lecture explains the concept of impedance transformation and presents techniques to analyze electrical circuits with ideal ...

Electricity: Crash Course History of Science #27

Electricity: Crash Course History of Science #27

The study of electricity goes all the way back to antiquity. But, by the time electricity started to become more well known, a few ...

EE213 - 03 - Analysis of magnetic circuits - example

EE213 - 03 - Analysis of magnetic circuits - example

This lecture presents an example to explain the procedure to analyze magnetic circuits. Note: There is a calculation mistake.

How Electricity Works - for visual learners

How Electricity Works - for visual learners

How does electricity work? Get a 30 day free trial and 20% off an annual subscription. Click here: ...

EE213 - 25 - Torque speed characteristics of shunt DC motors

EE213 - 25 - Torque speed characteristics of shunt DC motors

This lecture describes the terminal characteristics (torque-speed characteristics) of a shunt DC motor. This discussion is also ...

EE213 - 09a - Short circuit test and open circuit test for a transformer

EE213 - 09a - Short circuit test and open circuit test for a transformer

This lectures explains the open circuit test and short circuit test conducted on transformers to determine the equivalent circuit ...

#22: Synchronous generator, synchronous motor and induction motor

#22: Synchronous generator, synchronous motor and induction motor

https://youtu.be/LM8kLaJ2NDU.