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you are an amazing individual !! thank you for such a refresher

great explanation sir thanks a lot from India

Gujarati translation helping

Hope you're doing well Dave, your vids are amazing. please do more electrical content !

Great explanation! Just what I was looking for. Thank you!

Hi good morning sir This is Mardorine writing from Cameroon. My question is if the value of the inductor or that of the active reactance was not given. How then will the inductance be calculated ? Given that the angle has been provided ?

Dave, I had to watch your video several times to be sure I was hearing right. Your explanation of the secondary is good but the primary is backward. To decrease the secondary voltage, you have to add turns to the primary. Tapping the primary will raise the secondary voltage. If you tapped the primary down to the same number of turns there are in the secondary, it would be a one-to-one transformer and the output would be 120v. Your formula says it all: to decrease EsubS you have to increase NsuP.

I thoroughly appreciated your lecture, but to make it crystal clear you need to another board or more slides. Very informative and for that i appreciate you .

Great VID, thanks for taking the time.

In the delta transformer, only A to B windings are directly connected to the line voltage of 480 volts. The B to c and A to B windings are connected to the line voltage of 480 volts through a line winding in series with it.

Thank yuo Professor Dave.

This is the best explanation of feeder taps anywhere on the internet. Thank you so much for this video.

Great work from you Sir

Great explaination.....Thanks 🙏

I think this was the best explanation of this material I have ever seen.

There is no way a textbook could teach as wellas these RUclips videos. Great job, invaluable resource toall AC theory students.

Dave, where you at? More knowledge please sir.

Very precise explanation

Wow, thanks professor Dave! That is how we learn.

out...fricking...standing demonstration and explanation

Great job explaining! you hit important points without talking about unrelated things or rambling. Also very engaging energy!

why 2.5 time for primary current??? Not understood

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You are a very fun teacher and a good one at that. Thank you Dave.

GREAT VIDEO. Just up to the 3:25 mark made so much more sense to me to explain this. I'm having neutral issues in my house so I've been told.

Excellent video, thank you so much!

Nice lecture

Thank you sir

The way you explain the theory and break down the circuit for each component is very helpful, thank you

EXCELLENT TEACHING WAY SIR

I will be very greatfull if i get answer to this question: can be ground fault if nutral of transformer isolated

Thank you Dave I really appreciated you describe this in phase and out of phase it was excellent

DC difference from AC

This man is really good he knows how to explain.He is a master keep it up

Great video and idea to learn electric voltage.

How can we know each faults in measurment method?

Great job Dave!

Excellent explanation.........

Just made me think about clockwise vs counterclockwise windings....which I assume is the controlling factor in the arrows?

Under what circumstances would we choose primary-only protection versus primary and secondary protection, or is it simply a matter of preference?

Yes, you do explain well, but your demeanor is that you are talking down to preschool children. I keep waiting for you to say "today boys and girls" or for you to look into the camera and say "I see Billy and Susan, and Tommy, etc...

" I gotta unplug it quickly cause my circuit isn't really rated for that" 😂

Well done!

Nice video!

Well done!!!

Thank you, finally made sense, thank you Jesus

Very good. Thanks 🙏

Derate, not restrict Terminology matters