Відео

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بہت بہت شکریہ! آپ کی محبت اور مثبت فیڈبیک میرے لیے بہت اہم ہیں۔ میں مزید ایسے ویڈیوز بناتا رہوں گا!

ماشاءاللہ، آپ کی تعریف تو میرے ویڈیوز کی کامیابی کی ضمانت ہے! بس ویسے ہی سیکھتے رہیں!

ماشاءاللہ، آپ کی تعریف تو میرے دل کو جیت گئی! اب تو مجھے ہر ویڈیو میں مزید "نائس" چیزیں ڈالنی پڑیں گی!

Thanks for the feedback.

Yeah, End condenser method tends to over estimate the performance of a transmission lines by more 10%. hence the reason why nominal T & Pie method are used.

I'm glad you found it clear and concise! Thank you for the feedback!

Thank you for your kind words, I truly appreciate it!

Thank you! Cheers!

Tak jak mówiłem wcześniej. gdy tylko stojan zostanie zasilony energią elektryczną, wytworzy się pole magnetyczne, które spowoduje obrót wirnika. jeszcze raz: ważne jest, aby o tym pamiętać. Wirnik silnika indukcyjnego składa się z warstw i przewodów z nieizolowanych prętów aluminiowych, miedzianych lub ze stopów miedzi, umieszczonych w półzamkniętych szczelinach, przy czym pręty są zwarte na każdym końcu pierścieniami. W przypadku mniejszych silników pręty wirnika i pierścienie końcowe są często odlewane. więc wytworzone pole magnetyczne ma reagować lub oddziaływać z tymi prętami w celu uzyskania obrotów kołowych.

tak, masz rację. ale to tylko błąd animacji. to co powinno zakłócać stojan powinno być generowane polem magnetycznym lub strumieniem a nie prądem. Dziękuję za telefon.

🥳👍 Thanks man 😉

It is my pleasure and i am very much happy that my fellow African brothers like our content. That said, we'll continue to do even more.

You're welcome

Thanks for watching, happy to help out with the explanation!

I'm glad you found the video informative!

Hey, thanks for checking out the video! Weird can be fun, don't you think?

@@Autruo i like it!

@riigel The reason why we are adding characters is to make it a bit more interesting and to make it easier to understand. I hope I have earned a subscription from you today 😁

Thanks for the feedback

yes which is because most electronic gadget like computer, phones, circuits, etc. are all wired to work with dc supplied. however, for examples. inductors are also used in alternating current as in (AC) electronic equipment, particularly in radio equipment. They are used to block AC while allowing DC to pass. so at times, they can be used in combinations. that is (AC and DC) a times.

شكرا أخي. يمكنك التأكد من أننا سنستمر في تقديم محتوى رائع مفيد وسهل التعلم منه دائمًا، في السلسلة التالية وهي الطاقة الكهرومائية

Thanks

Thank you for the support! It means a lot to hear that you think it's a great project.

Thank you so much! I'm glad you found the video helpful. If you have any more questions or need further clarification, feel free to ask!

@@Autruo yes really great replied

Thanks! I'm happy to be your source of "nice" information. Stay tuned for more!

Thank you so much for your kind words! We really appreciate your support and are thrilled to hear that you enjoyed our work. Keep watching for more amazing content!

😉

We will be publishing more videos specifically on B&R technology within the first quarter of this year.

@@Autruo we are waitting; Thank you

No new videos?

You are welcome.

You’re welcome

You’re welcome.

ok, will do justice to that in our upcoming series on mutual inductance also known as transformer.

hello

Check this link here www.br-automation.com/en/products/software/

bernabeu

Thank you! Cheers!

Thanks for the feedback, an in-depth video on auxiliary power module will be available soon.

alright noted. we will put into consideration in our future tutorial. once again, thanks for the feedback

You are very welcome

Very happy that you find these interesting. we will continue to do more

Thank you! Cheers!

😁. Hope you enjoyed it

estará disponible en un momento

@@Autruo Muchas gracias . Excelente video

@@promusic_ing , de nada. y puede estar seguro de esperar más de nosotros. Una vez más, estamos muy contentos de que encuentre nuestro video interesante. salud

Thanks Jimmy for the feedback, be rest assured that the highlighted area will be look 👀 at. Also be expecting more video on b&r in the coming year. Once again, we are happy that you find our video more interesting.

Thanks for the feedback.. we will continue to do more

Alright Uche, we will come up with a video series that covers that area…