Harmonics in Generated EMF [Year - 3]

Watch this video to learn about the causes of distortion in EMF generated by an alternator and about harmonics and its source.
Department: Electrical Engineering
Subject: Electrical Machines - III
Year: 3

[@JacqueChenFromTW]

Thanks a lot ,the best explaination I have ever seen!

[@sampurnanandmishra1734]

Plz upload more videos regarding electrical engineering. I'm fan of yours way of presenting and explaining. I'll share with my friends also this great matter to get the concepts

[@MTutorEdu]

If you want to procure a learning license of MTUTOR, please email [e-mail]. Based on the product that you purchase, you will be able to access a repository of videos. You can evaluate yourself by taking Assessments, Download Question Banks, Raise Doubts as you watch a video, Do LIVE CHAT Take Notes and many more... Happy Learning from MTUTOR!!

[@altuber99_athlete]

Great video. Some corrections: 1:51 I think there's a confusion here. The narrator said a linear load, and the video showed a purely resistive load. However, there're other loads which can also be linear: resistive-inductive loads and purely inductive loads. A few seconds latter, the narrator said that if the load was linear, then v(t) was proportional to i(t). However that's true for a resistive load. In a purely inductive load, _which can also be linear,_ v(t) is proportional to di(t)/dt. 3:22 The frequency of the harmonics isn't an _integral_ multiple of the fundamental wave, but an _integer_ multiple. 3:51 No, even harmonics aren't _neglected._ Saying "neglected" sounds like "we know they exist, but we'll assume they don't." What the narrator should have said, is that even harmonics are usually not present (which means they indeed don't exist, not that they exist but we assume they don't exist.) A non-sinusoidal periodic wave with half-wafe symmetry has no even harmonics and that cam be mathematically proved. For example, the square wave shown in the video at 3:51 has no even harmonics.

[@AbdulGhani-kd3ih]

Excellently explained sir. Thank u

[@mohamedel-shamy1945]

best explanation i have ever seen

[@mahendrapratap3327]

Amazing work

[@yogeshjaiswal8021]

Excellent way of teaching sir

[@raed9152]

Great vid

[@sumonislam8799]

such a great tutorial

[@nageshsinghtomer6065]

Well explained

[@lakshanamatam9764]

sir please do more videos on ac machines... the way of explanation is nice.. it will helpful us very much

[@vishwabhai5195]

Very super video with good graphics

[@vigneshkumarbe8258]

Nice explanation

[@mahendraverma4369]

Amazing concept.. With visualization.. 🤩

[@MTutorEdu]

Thank you for your appreciative words!

[@NitinYadav-oc2vq]

That Slap!!

[@shubhampandey1041]

just because of that i push like button haha

[@sourajyotighosh4235]

Thank you . None explained it better although they claimed

[@yogeshjaiswal8021]

Pls make more videos for electrical engineering sir

[@laxmidharbarik1600]

Keep it up bro

[@afsalmuhammad4772]

അണ്ണാ കിടിലം

[@vimlaahirwar5185]

Very well explained👍👍.. Please make more videos in machine

[@MTutorEdu]

write to [e-mail] for more details.

[@sruthisnair752]

👍👍

[@govindgurjar-js5et]

👍

[@pratikchavan8057]

00:30

[@surajd4665]

Slap bhut Accha tha🤣

[@sohailmunshi2896]

armature winding is the rotor winding but the arrow is pointing towards the stator winding.

[@RRBgamer]

Sohail Munshi bhai kisne bola tumhe armature winding sirf rotor winding hoti krke...Concept clr kro bhai...Agr hm alternator me armature winding rotor me lenge to 4 slip ring lagenge 3 phase ke liye Aur ek neutral ke liye...

[@jyothigottula3924]

nice

[@MTutorEdu]

In alternators, there are two arrangements of fields and armatures: 1. Revolving armature and stationary field 2. Revolving field and stationary armature We have considered the second one in this video.

[@MTutorEdu]

In alternators, there are two arrangements of fields and armatures: 1. Revolving armature and stationary field 2. Revolving field and stationary armature We have considered the second one in this video.

[@joysuryadutta2306]

bitch slap...XD

[@nanaabenanyamekye9708]

At 00:42 🤣🤣

[@chanakyasinha8046]

Tamacha 👺👺😭😭😭😭😭😭😂😂😂

[@fennygurl6521]

3:01 sounds like a mistake

[@famillemichot-samblat7784]

euh...excuse-me, but his name is "Jean" Baptiste Fourier ...

[@fardeenahmed1147]

why would you slap XDXDXD

[@pratikchavan8057]

00:32