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PLC vs Microcontroller Difference between PLC and Microcontroller

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Lessons List | 201 Lesson
High School Science Fair Project │Energy Saving Smart City│
00:06:23

High School Science Fair Project │Energy Saving Smart City│
Electrical and Electronic Engineering Project │Automatic Fire Vehicle│
00:01:00

Electrical and Electronic Engineering Project │Automatic Fire Vehicle│
High School Science Fair Project│ Modern City Project│
00:03:15

High School Science Fair Project│ Modern City Project│
Current Source vs Voltage Source Current Source Voltage Source
00:01:55

Current Source vs Voltage Source Current Source Voltage Source
Electronics Projects – Obstacle Avoiding Robot Using Ultrasonic Sensor Arduino
00:10:07

Electronics Projects – Obstacle Avoiding Robot Using Ultrasonic Sensor Arduino
Series and Parallel Circuits Series VS Parallel Difference between Series and Parallel Circuits
00:02:42

Series and Parallel Circuits Series VS Parallel Difference between Series and Parallel Circuits
Power Factor Correction Power Factor Correction Methods Power Factor
00:03:03

Power Factor Correction Power Factor Correction Methods Power Factor
Amplitude Modulation vs Frequency Modulation │ AM vs FM │ Difference Between AM and FM
00:02:24

Amplitude Modulation vs Frequency Modulation │ AM vs FM │ Difference Between AM and FM
Conductors and Insulators ││ Conductors vs Insulators
00:01:49

Conductors and Insulators ││ Conductors vs Insulators
Speed Control of DC Motor DC Motor Speed control
00:06:04

Speed Control of DC Motor DC Motor Speed control
Line Following Robot Arduino Line Following Robot Electronic Project
00:08:40

Line Following Robot Arduino Line Following Robot Electronic Project
Speed Control of Induction Motor AC Motor Speed Control Methods
00:05:43

Speed Control of Induction Motor AC Motor Speed Control Methods
Single Phase vs Three Phase Difference Between Single Phase and Three Phase
00:02:50

Single Phase vs Three Phase Difference Between Single Phase and Three Phase
Stator and Rotor Difference Between stator and Rotor
00:01:42

Stator and Rotor Difference Between stator and Rotor
Electric Field vs Magnetic Field Differences between Electric and Magnetic Fields
00:02:44

Electric Field vs Magnetic Field Differences between Electric and Magnetic Fields
Star Connection vs Delta Connection Difference between Star and Delta Connection
00:02:22

Star Connection vs Delta Connection Difference between Star and Delta Connection
Encoder What is an Encoder How does an Encoder Work
00:03:09

Encoder What is an Encoder How does an Encoder Work
Types of Bearings Different Types of Bearings
00:03:57

Types of Bearings Different Types of Bearings
Motor vs Engine Difference Between Engine and Motor
00:01:49

Motor vs Engine Difference Between Engine and Motor
Electrical vs Electronics Difference Between Electrical and Electronics
00:02:05

Electrical vs Electronics Difference Between Electrical and Electronics
Compressor Types of Compressor Compressor Types
00:03:06

Compressor Types of Compressor Compressor Types
Cell vs Battery Bifference between Cell and Battery Cell vs Battery
00:01:46

Cell vs Battery Bifference between Cell and Battery Cell vs Battery
Types of Gear Different Types of Gear
00:04:18

Types of Gear Different Types of Gear
Motor and Pump Difference between Pump and Motor Motor vs Pump
00:01:49

Motor and Pump Difference between Pump and Motor Motor vs Pump
Neautral Wire vs Earth Wire Difference Between Neutral Wire and Earth Wire
00:02:02

Neautral Wire vs Earth Wire Difference Between Neutral Wire and Earth Wire
Eddy Current Eddy Current Definition
00:01:07

Eddy Current Eddy Current Definition
Eddy Current Loss vs Hysteresis Loss Hysteresis Loss and Eddy Current Loss
00:01:25

Eddy Current Loss vs Hysteresis Loss Hysteresis Loss and Eddy Current Loss
Thermocouple vs Thermistor Difference between Thermocouple and Thermistor
00:02:40

Thermocouple vs Thermistor Difference between Thermocouple and Thermistor
Thermocouple Types of Thermocouple Thermocouple Types
00:03:43

Thermocouple Types of Thermocouple Thermocouple Types
GSM vs CDMA Difference between CDMA and GSM
00:02:45

GSM vs CDMA Difference between CDMA and GSM
Armature Winding and Field Winding Difference between Armature and Field
00:02:29

Armature Winding and Field Winding Difference between Armature and Field
IPS vs UPS Difference between IPS and UPS
00:01:54

IPS vs UPS Difference between IPS and UPS
What is DCS Distributed Control System DCS
00:02:20

What is DCS Distributed Control System DCS
Electrical Joints Types of Electrical Joints Proper Joint of Electric Wire
00:02:58

Electrical Joints Types of Electrical Joints Proper Joint of Electric Wire
Electrical Measuring Instruments Testing Equipment Electrical Types of Electrical Meters
00:05:10

Electrical Measuring Instruments Testing Equipment Electrical Types of Electrical Meters
Types of Sensors Sensors Types Different Types of Sensors
00:00:16

Types of Sensors Sensors Types Different Types of Sensors
Types of Temperature Sensors Temperature Sensor Types
00:04:35

Types of Temperature Sensors Temperature Sensor Types
Screw vs Bolt Difference Between Bolt and Screw Bolt and Screw
00:02:56

Screw vs Bolt Difference Between Bolt and Screw Bolt and Screw
Screwdriver Types Types of Screw Heads
00:04:08

Screwdriver Types Types of Screw Heads
Types of Bolts Types of Bolt Heads
00:03:23

Types of Bolts Types of Bolt Heads
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Course Description

Electric motor types course, in this course we will learn about the Electric Motor Types, focusing on the various designs, functionalities, and applications of electric motors used in different industries. Students will explore the fundamental differences between AC and DC motors, including their subtypes such as synchronous, induction, and brushless DC motors. Key topics will include the principles of operation, advantages, and specific uses of each motor type. The course will cover detailed discussions on stepper motors, servo motors, universal motors, single-phase, and three-phase motors, as well as linear motors. We will also examine high-efficiency motors and specialty motors designed for unique industrial applications. Practical sessions will provide hands-on experience in identifying and selecting the appropriate motor type for specific tasks, understanding motor control systems, and performing maintenance and troubleshooting. Additionally, the course will introduce emerging technologies in electric motors and their impact on modern applications, such as electric vehicles and smart manufacturing systems. By the end of the course, participants will have a comprehensive understanding of various electric motor types, their operation, and their applications, equipping them with the knowledge to make informed decisions in design, implementation, and maintenance of motor-driven systems.
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