Non Ideal-Transformers (Full Lecture)

[@eepower]

With all sincerity, your videos makes this word a safer place. Your free lectures and great knowledge are extremely appreciated Jim. You make us better students, electricians and engineers. Thank you.

[@coledavidson5630]

How do we account for the frequency-dependent inductive impedance of the primary winding itself?

[@azisagantal320]

40:00 lol

[@akdiscreto]

At 24:47 Smag= 7.1 VA not VAR. That shows how attentively I watch and digest Your videos :)

[@activeearth5161]

Just like an ideal transformer, the power input to provide these lectures is being fully utilised by me, the load. There are no losses in boring vocal delivery, no umms or ahs, no useless diagrams or oversimplification. Jim Pytel, If I could divert my university tuition fees to support the work you do, I would. CAN YOU DIG IT?

[@bigbadtech]

I can indeed DIG IT!

[@spelunkerd]

This one clarified a lot of issues, thanks.

[@davenandrew7292]

This video literally saved my life. Thank you sir🙏

[@shrayammitra6447]

This is simply outstanding

[@159357ahmed]

greatest video on KZbin explaining transformers , thanks man and hope you make a similar video explaining induction motors

[@bigbadtech]

Ironically enough I'm releasing some motor lectures starting next week. Stay in touch!

[@cabagnotjohnjoathamb.2221]

I just want to raise a question, sir. How come that the angle in Smag is not negative 90 degrees?

[@bigbadtech]

Complex conjugate operation. Inductive elements are known to have + reactive power (ie: +90 degrees). Check out the AC Power lecture at: kzbin.info/www/bejne/pKTIY6mJobSig6c

[@cabagnotjohnjoathamb.2221]

Thank you very much, sir! I highly appreciate your response.