How to Solve Transformer Flux Φ, Reluctance, and Magnetic Circuits Part 2 (Electrical Power PE Exam)

[@electricalpereview]

Table of Contents (Click the time stamp to jump to that part of the video): 0:14 - Labeling the different flux (Φ) loops in the magnetic circuit (KCL) 0:46 - Converting the magnetic circuit to an electrical circuit equivalent 2:43 - Writing KCL flux equations 4:20 - Finding the equivalent reluctance (R) of the circuit 5:41 - Finding the total flux (Φ) in the magnetic circuit 6:40 - How to solve for magnetomotive force MMF (f) Watch Part 1 of How to Solve Transformer Flux, Reluctance, and Magnetic Circuits: kzbin.info/www/bejne/aXeQha1-rqyje5I

[@puthyx]

Best in the business! Zach has helped me on so many concepts and his website is uncontested the #1 resource for passing the PE exam!

[@BrianGriffin14]

Clear and concise. I always had an issue with tranformer values during school. Thanks for the upload

[@elpa18]

this is a great way to do it!!!

[@great_India3344]

Very good video sir. Nicely explained and you made a difficult subject very easy. Thank you sir.

[@electricalpereview]

Glad you enjoyed it.

[@luiscastro-zz9eu]

Excellent video!

[@electricalpereview]

Glad you enjoyed it. Be sure to watch all three parts

[@cwkimbrough]

This was really helpful, since the new CBT handbook doesn't have (that I can find) magnetic circuit formulas it's good to review.

[@JeffyMathew007]

This is one of the most trickiest concepts for the PE Exam. Simple but easy to make a mistake.

[@great_India3344]

Expect more videos on transformers, motors from you sir

[@electricalpereview]

Thank you. Have you checked our playlists? We have several videos on transformers and motors available.

[@ahmedsalih5404]

Great way of explaining this! I used current divider to solve in practice exams.