Pole Pitch, Coil Span, Back Pitch, Front Pitch in Armature Winding | DC Machine | Lap & Wave Winding

[@bane4165]

Nobody has explained it better than you 💛

[@jimitkshukla]

Thank you 😊

[@gundaff3047]

Nice explain sir 🙏🙏🙏🙏🙏🙏🔥🔥🔥🔥🔥⚡⚡🔥🙏🙏🙏🙏

[@arnobnandy2004]

I searched many videos on KZbin platform but didn't understand this pitch related topic. After that I got this video and now i really understand the topic .. thank u sir

[@kanhaiya9430]

Truly practical approach to understand the theory of windings of armature and commutator ❤.

[@alvinb.kimbowa1239]

You are the best. There's no way I would have visualized it this way. Thank you.

[@jimitkshukla]

Thank you so much.

[@yashasweechauhan9745]

The way of explaining is exceptional, the model, concepts were amazing. No one explains as such. The video i was always searching 🙏🙏

[@lalitjoshi7152]

aapne bade bade grapics walo ko bhut peeche chod diya sir,...hatsoff to you and your technique of explanation

[@injamamul_haq]

The method of explanation is exceptional, and the model and concepts presented are truly amazing. No one explains in such a thorough manner. This video is exactly what I've been searching for. ❤❤

[@TapanThakur1964]

Awesome. Even my College Teacher failed to explain like this. Kudos!!!

[@AlShahnewazJisan-vn3lx]

Thank you so much. I have been searching through all over the internet and ended up in your lecture. You have explained so well. Thank you so much.

[@notimetolose]

Finally some useful information about windings that I can visualize. A hundred thanks to Jimit Shukla.

[@yugaljain9915]

Bro very well done.... i have seached it on internet every video but doesn't found this type of practical information. Thank you

[@amansanatani5447]

Best explanation ...Pehli baar back pitch and front pitch ka funda clear hua he thank u....Sir agr possible ho toh special machine par lecture di jiye

[@jimitkshukla]

Thank you very much.

[@satishpatel8461]

The best explaination!

[@jimitkshukla]

Thank you so much.

[@pappu6267]

bahut bahut dhanyavad sir, maja aa gya sir aaj finally mujhe concept clear ho gya. bahut sare vedio dekh liya tha but mai samajh nhi pa rha tha . thank you sir

[@rimaprakash1610]

Best video ever. Everything is crystal clear. Thanks a lot!

[@GravitasAcademy]

Explained one of the most confusing with such simplicity than you so much 😊😊😊

[@ssnoc]

Very good explanation I need to watch a few times, but much better explanation than other videos 👍

[@adityayadav6712]

Amazing,I have no words to express my love for such an explanation.

[@jimitkshukla]

Thank you so much 😀

[@zuhayrakhtab7611]

it helped a lot to understand the terminologies , thanks a lot

[@zerotoinfinity7622]

You deserve more, plz carry on.Love from Bangladesh💗

[@jimitkshukla]

Thank you so much 😇

[@nomad1286]

Best lecture regarding this on youtube.. i wish you all the success

[@jimitkshukla]

Thanks a ton

[@JahidulIslam-qm2ds]

What an effort! Great explanation, sir. Lot's of love😍

[@maheshkulkarni7461]

I think, now I got the correct and easy to understand concept about the lap and wave winding concept related to the pitches it's the topic is very confusing but after seeing this vedio I have no any confusions about lap and wave windings but still iam going to see this vedio one or more times to clear about this concept but anyway you are doing lot of efforts to understand this concept Thanks a lot And thankyou so much sir.❤❤❤😂😂😂

[@sumandutta90]

Very awesome method of explanation. Really loved it Sir.

[@thiruvarutchelvand2284]

Clear & Detailed Explanation, Thank you Very Much!!!

[@shahidriaz7665]

Excellent explanation, you made it very easy to understand.keep it up sir.

[@electrictimothy5650]

Very helpful with the practical demonstration as well as the pictures popping up. Keep it up sir.

[@RANGOLIMASTHI]

Expecting 1 million likes for this video 🤩

[@okesalman7508]

This is the best explanation so far You are the best Thanks sir

[@jimitkshukla]

You are most welcome. Thanks for you appreciation. It motivates me a lot.

[@roy_shuvo]

crystal clear explanation. Thank you so much for making this video.

[@kishorrajpoot9816]

Amazing way of explanation by model

[@Is.Mwas17]

Best explanation ever, Gratitude

[@dharmarajrautaray7915]

Excellent teacher 🌹🌹

[@madumalakahimesh8886]

Thanks for ur explanation. I got best idea from ur video.

[@jimitkshukla]

You are welcome. Thanks for your appreciation!

[@beyondwhatusee3694]

Crazy explanation pls just keep uploading video we guys are with u❤️🐱

[@TEJASedityt]

Everything is as clear as water. Thanks a lot sir ❤

[@Dmrctrain]

So many thanks sir, explaned a complex topic in very very simple way.

[@Shivam-sq1hv]

Beessst explanation...... 🗣️

[@jimitkshukla]

Glad you liked it

[@prasanth7147]

excellent presentation ...Thank you sir

[@purveeraj2174]

Just awesome sir🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻 I'm so thankful to u for making this splendid vdo...pls do make vdo for all chapter of Machines and all topics of dc machine, pls sir 🙏🏻🙏🏻🙏🏻🙏🏻u make us understand in very easy way❤️❤️❤️ I was very scared of Electrical machine sub ...n I watched many vdos on this ..but finally found ur vdo as a saviour. You made this sub so easy... it's my kind req to u sir pls make vdo for all topic of dc machine and other chapter as well ...pls sir🙏🏻🙏🏻🙏🏻🙏🏻😭😭😭

[@jimitkshukla]

Thanks for your appreciation. Its a motivating force for me. Keep watching the channel for videos of DC machines and other topics of electrical machines. There are some videos of basics of DC generator, and more coming soon.

[@jimitkshukla]

I am happy that it helps you. But keep that in mind, it is the student (yourself) who has the ability to understand, and so not just the teacher is to be given the credit. Don't be scared. You will understand all that is to be learned. All the best.

[@purveeraj2174]

@@jimitkshukla sure sir, thank you. Sir can u explain me what's parallel path while deriving emf EQ... I'm getting confused between no of parallel path and no of conductor...r both same? Or, parallel path is slot?

[@purveeraj2174]

@@jimitkshukla sir are you in Telegram? So that if I stuck anywhere I can ask doubt there if u don't mind then...

[@jimitkshukla]

Yes.

[@dhurbagogoi4u]

best explaination in this topic

[@KOREANITYLOVEudittiwary]

Bohot zabardast samjhaye ❤

[@priyankamaurya2449]

Amazing concept❤❤

[@anjalibagade]

Wow awesome 🎉😊thank you 🙏🏻

[@paramsstudio2902]

new subsripber after watching only 2 min video

[@rohitkumar-je5kd]

Great way ot teaching

[@dhiruiitk]

Thank you Professor!

[@jimitkshukla]

Thank you dear 😇. "Professor" 😎

[@RajuAhmed19023]

Very informative video.

[@jimitkshukla]

Thanks 😊

[@jamshidatashgirgilzai9413]

Nice nd proper explaination with that model..

[@sarvagyavarma]

Great explanation sir

[@mukeshkumarnigam1406]

Nice explanation Thanks ❤🙏

[@itstiru1192]

the best explaination

[@surendrakverma555]

Very good. Thanks 🙏🙏🙏🙏🙏

[@amarsinghlodhi4484]

Best explanation method

[@jimitkshukla]

Thanks a lot

[@muralidharagk3801]

Thanks for the video sir good explanation sir about winding

[@jimitkshukla]

You are welcome

[@RANGOLIMASTHI]

It's great idea actually 🤩

[@shubhankarmaitra4231]

thank you..for your clear explanation ..thank you so much

[@JHUL]

Thank you sir for your tutorial

[@technicalpahadivlogs]

Wonderful explanations 🙏⚡

[@jimitkshukla]

Thank you 😊

[@S.ANANDARAJ]

Thank you very much sir

[@jimitkshukla]

You are welcome 🙂

[@franksonbenedict544]

Exceptional!!!!!!

[@akibhasan3771]

Better than a book

[@joohncj8705]

Awesome. Crystal clear.

[@hasirahmankurikkal2067]

Fantastic 💖👏🏻

[@so-lq2hf]

Excellent 👍

[@vikneshthiruvengadam9826]

Real electrical engineer

[@arshmalke9054]

Bro! You Nailed it.

[@jimitkshukla]

Thank you!

[@mdashifurrahmansourov7436]

excellant sir

[@HimanshuTiwari-ou3uj]

Thank you sir🌄🙏

[@stylishprincejavad]

Hatsoff to ur teaching sir 😢

[@sartajaziz6559]

Thanks for this video

[@mrouhi7265]

That helped a lot. Thanks

[@jimitkshukla]

Glad it helped.

[@ilovemyself8322]

Thank you so much sir...

[@ancyjoseph4148]

Thanku sir.You explained it very well

[@jimitkshukla]

You are welcome. I am happy you appreciate it.

[@RT-ECT--RuchiraMalinda]

Thank you.

[@jimitkshukla]

You're welcome!

[@EpicRealmGamingTS]

It was helpful. thank u

[@RANGOLIMASTHI]

Awesome amdi

[@sagarchaudhary6797]

Best video

[@pradum1gupta642]

👍👍👍👍👍👍👍👍👍👍👍👍100% concept

[@midhunlal6935]

Best one..

[@jimitkshukla]

Thank you

[@rodneydsimpson8765]

What's the cause for excessive sparks on the commutator bars?

[@bihariallinone4509]

Aap back pitch ko 4 (@16:52) bata rahe hai aur sath hi ye bhi bol rahe hai ki back pitch hamesha odd number hota hai. How????

[@achortg7107]

Very excellent explanation. Thanks so much and God's blessings! I have some more questions about DC machines, how do I reach you please?

[@bhukyakishan5737]

Super sir

[@VacancyWallah99]

Sir at time 10:17, ek coil jb full pitched h to uske dono conductor me induced emf out of phase hone chahiye na Qki ek conductor N-pole side h and dusra conductor S-pole side h. Sir please explain ❤❤

[@bihariallinone4509]

Pole pitch= Z/slots , here(7:41) both are equal so pole pitch should be 1 . But you are writing it 8. How? If we have n conductors , we can create a single coil of many (n/2) turns or n/2 coils of single turn . Am I correct????

[@bihariallinone4509]

What is the use of double layer winding and single layer winding??

[@padmaharsha]

Sir Can you explain what are the advantages about each winding systems pls

[@vazhipokkaN1]

Sir good explanation 👍. 7:39 pole pitch =Z/pole =Z/slot . Could you pls explain.

[@jimitkshukla]

That is a mistake. Z/slots is wrong. It would be slots/p. I have mistakenly interchanged slots with poles in the last equation. Correction is as below: Z = no. of conductors = no. of slots in single layer winding. No. of poles = P No. of pole pairs = P/2 = p Pole pitch = Z/p = Slots/p Thanks for your question, as it identified the mistake. I would add this correction in video description so that future viewers/students are not confused.

[@henmarrr2818]

thank you

[@utpalsingha4806]

Ginious guruji

[@balamukundanm7081]

For explaining back pitch you placed the coil sides in such a way that back pitch is 4. And then told that it will be an odd number. Please give clarification. Also please clarify, for pole pitch calculation, if fore example north pole comes at slot 1 and south at 8, pole pitch is 7 or 8.

[@jimitkshukla]

The placement is to demonstrate and for better understanding of concepts. I did not realize (as my focus was on explaining) that I placed it in such a way that back pitch happened to be 4, an even number, which is contradicting the concept which I was explaining. Please pardon me as it created confusion in understanding. I appreciate your observation. Your comment made me realize that I must also keep these small details in mind while demonstrating concepts. I will take care in future. Pole pitch calculation: North pole at slot 1, and next south pole at slot 8, then pole pitch is 8 - 1 = 7. (Understand by example: distance between 1 cm mark and 8 cm mark on a scale (ruler) would be 8 - 1 = 7 cm). This pole pitch is in terms of number of slots. Other methods: Pole pitch (in terms of slots) = total no. of slots / no. of poles Pole pitch(in mechanical degrees) = angular distance between 2 adjacent poles = 360/P or 2𝛑/P Pole pitch (in meter or inch) can also be calculated as arc length between 2 adjacent poles on stator inner circle with diameter D So Pole pitch (in meter or inch) = circumference / no. of poles = 𝛑D/P

[@asifmt8047]

Why average pitch is taken as pole pitch in lap winding?

[@prasathcrp3037]

Super Jimit Please send any pdf Armature winding

[@GautamKumar-su3bp]

Siri need a demo in detail for simplex wave winding. How actual coil are placed in wave winding

[@purveeraj2174]

Sir, do u take any classes in any platform? I would love to enroll for Electrical Machines sub sir..

[@jimitkshukla]

No, not yet.

[@pransupandey8396]

☺☺😃

[@Thelearntosell]

Realizing it that pitch means the distance between two entities of an armature.

[@o2classes640]

Hands up

[@harsh.harsh.17]

Hindi m video bnaoge to jyada acha rhega

[@jimitkshukla]

Thank you for your feedback