Thankyou for bringing this marvelous peace of knowledge back online for free again, I remember starting it a few years ago and never got to finish it and I was looking for it everywhere until I found it here, can you please attach the link to the occupying materials found on the original. Thank you a lot again
I thought this was gonna be about the "power electronics" genre of music lol. Probably should've seen the actual topic coming, but I'm sleep deprived at 3 AM so what did I expect to think.
44:28 What you found by the simulator is correct, since 0.4 x 24 = 9.6 Great course this is! Thanks a lot, Robert! PS.- Since this is not a free course in Coursera (and no audit option as well), is there a way to get the assignment files from the course?
Audit option is not available from the program page, from the program page you can scroll down to individual courses in the program and open one it should have the audit option available.
Thankyou for bringing this marvelous peace of knowledge back online for free again, I remember starting it a few years ago and never got to finish it and I was looking for it everywhere until I found it here, can you please attach the link to the occupying materials found on the original.
Thank you a lot again
Does this course have stability and compensator design of dc-dc converters? Answer => No
00:20:29 Chapter 1
00:52:52 Chapter 2 Principles of Steady-State converter analysis
02:06:25 Chapter 3 Steady State Equivalent circuit modelling, losses, and Efficiency
03:39:45 Chapter 4 Switch Rectification
07:53:06 Chapter 5 Discontinuous Current mode
08:43:06 Chapter 6 Converter Circuits
Did you have any resource for compensatory design of DC dc converters
this video is so life saving thankyou
Great syllabus. Excellent professor.
you have a unique way of making complex topics accessible! ️
ok so it all start at 20:34
thank you,
I thought this was gonna be about the "power electronics" genre of music lol.
Probably should've seen the actual topic coming, but I'm sleep deprived at 3 AM so what did I expect to think.
I wouldn't consider a 50 Hz 3-phase AC sine bass to be comforting at 3 a.m. either. :/
@@utsavv1167 XD
Buety❤
44:28 What you found by the simulator is correct, since 0.4 x 24 = 9.6
Great course this is! Thanks a lot, Robert!
PS.- Since this is not a free course in Coursera (and no audit option as well), is there a way to get the assignment files from the course?
Audit option is not available from the program page, from the program page you can scroll down to individual courses in the program and open one it should have the audit option available.
Expected something advanced stuff, no real discussion over parameters LDOs, Buck/Boost, SEPIC etc. And really small time talk related to AC.
This is UC Boulder’s “Introduction to power electronics” course. I know there’s a class you take after this covers AC to AC power converters.
is there a video of him explaining the other chapters of this book with slides?
Thanks 😊👍🙏💯
Thank you!
Jackson Timothy Garcia John Lee Helen
8:30:30
Martinez Frank Anderson Edward Thompson Nancy