abc-dq Transformation

[@alihosseinipour5537]

What a fantastic lecture! Thank you Sandeep!

[@ilylolchops]

Thanks for clearing up the Dairy Queen thing. Was always confused by that

[@SaifUllah-b4u]

Explained in a very easy and best way

[@olylpetit6188]

Great video brother, thanks a lot. Greetings from Germany

[@SandeepKaler93]

Thank you, glad you liked it. Cheers from Canada.

[@giannismclaboy9483]

Very good explained.Thank you!!!

[@iqbalsandhu9780]

Very informative video...and really good explained...Thank you so much...🙏🏻🙏🏻

[@SandeepKaler93]

Glad you found it useful!

[@jianyiwang3661]

Thank you very much! Vary clear explanations.

[@SandeepKaler93]

You're welcome! Glad to hear you found the video to be helpful!

[@muhamadridwan8242]

Nice video sir !

[@SandeepKaler93]

Thanks. Glad you found it useful!

[@rajatjaiswal4367]

Thanks for the video. BTW alpha beta matrix, when we project abc on alpha beta, then matrix will be different na?

[@SandeepKaler93]

Alpha-beta is different than dq. DQ is basically alpha-beta, but rotating at the same frequency as the abc components are, so as to create the illusion that the abc signals we are dealing with are DC quantities as opposed to AC. So, yes, the transformation is not the same.

[@alisyal9570]

Thanks for detail, showing mathematics expression to MATLAB block for d-q generation

[@notesam3698]

what if d axis lead q axis by 90 degrees ,how can we f=derive the transformation matrix?

[@ferdind1]

What is a "space phasor" as opposted to a phasor?

[@satchelsieniewicz5824]

confused don't fb and fc have components in the alpha direction? your matrix seams to indicate otherwise

[@dmitrykornilov9206]

yes, he made it wrong :)

[@bezibedie4259]

I need à step by step explanations to master thèse transformations.

[@pallavipanguluri7252]

Sir,does abc-dq0 transformation depends on number of poles too..or is it same across 3 phase either for 2 pole and 4 pole

[@SandeepKaler93]

I am assuming that you are referring to the number of poles that the machine has when you say 2 or 4 poles. The transformation may be applied to any system that can be represented by a space vector/phasor. The condition for that is what I write for the functions around 8:45, and the definition of the space vector is shown shortly after. This definition shows us that the details of the system are not important, just that vector/phasor components must add according to the relationship that we have defined.

[@usmaniftikhar4711]

Sir plz can u tell me advantages of converting abc to dq0 frame for removing harmonics

[@ashishbisht5359]

sandeep bhai kal mera test or ye ques confirm h ke ayega jaha bhi dekhra hu kuch na kuch alg h hope samajh aa jaye

[@SandeepKaler93]

I hope your test went well!

[@ojasdighe991]

lamao