Armature Winding in DC Machines | Part 1

[@DrAfrozAlam]

Download Handwritten lecture notes using the following links: drive.google.com/file/d/12NEBGS4GPnnQdMsvEj5TGD7ikCzLZ2Vx/view?usp=sharing drive.google.com/file/d/1GCF4cTJ4ARb3uevKFkN4eiOcVF6IQpru/view?usp=sharing

[@salamiabdulganiu9069]

Downloaded very useful and illustrative

[@SaquibKamalEEB]

Best lecture available on youtube for armature windings in DC machines

[@impactodelsurenterprise2440]

I can't help but shake my head along with you as you shake yours. Very good lecture thank you.

[@environmentactivistvivek3077]

Aaj se aap hamre guru hai

[@chandrasenbagal3824]

Excellent conceptual delivery of armature winding. Cbb

[@surendrakverma555]

Excellent lecture Sir. Thanks 🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏

[@i_kazi_azaharuddin]

Alhamdulilha , finally cleared this topic 💯

[@mahenamahmood8029]

Amazing as always Sir!

[@justadreamerforgood69]

Which course are you taking ?

[@h_lara]

It's very incredible lecture..Thankyou sir...

[@charusingh2159]

Sir, really awesome approach

[@e-wilchoyo-a2338]

I really like it sir,well precise and concise theory..can you please make a lecture about its calculation.

[@ShahedNoman70]

Excellent

[@khemrajkushwaha7436]

Great lecture

[@YaserShareefMohammed]

30:54 *LAP & WAVE WINDINGS*

[@AbdullahReaction3]

31

[@sachinchahar9405]

Great lecture sir

[@borah5773]

I like your lacture

[@hinatomar7825]

Nice lecture sir.

[@aditijaiswal163]

Great lecture sir!

[@AbdullahReaction3]

Sir you very halp full thanks sir

[@yuna2799]

Thank you so muchhhhhhhh

[@abrahamassefa3079]

Very important

[@nidhichawla8571]

Thank you sir!

[@dipanjaldev7243]

Ajj ke bad nhi bhoole ge

[@nagarajvachar3076]

Nice sir.

[@bhuvaneswarisankuri6378]

Great👏👏👏👏👏

[@EEBAzhanAzhar]

Thanks sir👍👍

[@msharibahmed]

Thank You Sir

[@kapilkumarpali2951]

Thanks sir

[@mohammadsham168]

Sir at 6:00 as said by you that the conductors are connected in series and that's why net emf across the two ends has increased. But sir in series current remains same just like how in parallel voltage remains same then how can we say that both are adding instead of saying that since both the conductors are connected in series then same current should flow?

[@DrAfrozAlam]

In two series connected conductors, same current flows through resistances (R1+R2). Therefore, net emf=I*(R1+R2)=I*R1+I*R2

[@rabishkumar3628]

Sir apka Hindi me videos hai armature winding ka plz tell me

[@nejoh713]

Hello prof. How to change armature direction? After i winding my armature, why direction still same? How to change armature rotation direction?

[@abidrehman8895]

sir 35 slot armature commutators slots 105. 14 turn in one coil i am confuse k kese wind karo is ko

[@AbdullahReaction3]

53 slot par set kar do comidater par ok bro

[@erci3886]

Hello can you give lecture for induction machine wiring

[@mukeshdewanganofficial]

Why we are using double layer instead of single layer

[@nagarajvachar3076]

Nice.

[@mdrayhanislammamun4429]

i need armature flat coil u bend prosses plzz

[@raghuraj1066]

Sir notes in Hindi available are no /yes

[@rezwanzakaria1754]

Sir could you please explain to me the difference between coil span and back pitch?

[@DrAfrozAlam]

Same, please see at time stamp 36:28

[@anshikaupadhyay1140]

👍

[@abidrehman8895]

sir please tell me 35 slot armature and 105 commutator slots

[@AbdullahReaction3]

Ok sir

[@AbdullahReaction3]

53 sagmant comidater set ok

[@rabishkumar3628]

Sir ap to hindi me padate ho plz Hindi me bato koi challnel hai

[@SaurabhGupta-ns6qv]

I am here for my maqsad🗿

[@saniyakhan4765]

Great lecture, sir

[@swalehahayat9899]

Thank you so much sir

[@shreshthsingh7744]

Thank You Sir

[@Aspirant-lp8cw]

Great lecture sir.

[@yusraamir1383]

Thank you sir

[@naeemahmed1817]

Thank you sir

[@atanudey6507]

Thank u sir

[@harshitmittal3784]

Thank u sir.

[@arsh6322]

Thank you sir