Professor Sam: Thank you so much for your time and effort with these videos and for keeping topics in Electrical Engineering respectable. As with all new technologies, there is no shortage of "snake oil salesman" in the business, unfortunately. Your presentations, based on basic principles of physics and engineering, are clear and concise.
Yes, it is impossible to push even more interesting and usefull knowledge, so totally easy to follow understandable, all in one videolesson! I really enjoy these lessons!
Thank you so much Prof. Sam for introducing me to fascinating and relevant field of wire less power transfer in your very lucid, concise and comprehensive teaching style
Amazing video. Thank you sir. Do you know if i could receive the FEMM schematics ? I need to tweak some parameters (distance) to test the effectiveness of this setup.
@@sambenyaakov ok, I can understand this policy. But could you recommend me some of your favorite papers on this topic? Aside from those you recommended in the video? Maybe other ressources I could use for simulation or experimentation?
Very interesting. But why can't method #3 be extended to a gapped core? You've shown in past videos that almost all of the energy will be in the flux lines in the air gap, and one would imagine that the core could be designed to maximize the fringing maybe even in a directional manner to facilitate power transfer while still providing low reluctance over the remainder of the path...
@San Ben-Yaakov Sir,Can you please make a video on Safety Norms of Wpt for EV charging,I am not able to find to map it properly for my Ansys Maxwell Model
Professor Sam: Thank you so much for your time and effort with these videos and for keeping topics in Electrical Engineering respectable. As with all new technologies, there is no shortage of "snake oil salesman" in the business, unfortunately. Your presentations, based on basic principles of physics and engineering, are clear and concise.
Thanks. Comments like yours keep me going/
Dear Prof Ben-Yaakov
Thank you so much for making such great gifts to engineers community
Igal Fridman
הי יגאל, שמח לשמוע ממך/ אני רואה שמאz המודל של השנאי התקדמת מחיל אל חיל. ספר קצת על עצמך/
sby@bgu.ac.il
Yes, it is impossible to push even more interesting and usefull knowledge, so totally easy to follow understandable, all in one videolesson! I really enjoy these lessons!
Thanks Rob
Thank you so much Prof. Sam for introducing me to fascinating and relevant field of wire less power transfer in your very lucid, concise and comprehensive teaching style
Thank for kind note
I cant thank you enough for this video, professor Sam. It's very helping !
Thanks
Thank you sir!
👍🙏
Very helpful video
Thanks
your youtube channel is awesome
Thanks
thanks a lot !!!
😊
Very informative awesome.....
Thanks
Amazing video. Thank you sir.
Do you know if i could receive the FEMM schematics ? I need to tweak some parameters (distance) to test the effectiveness of this setup.
Sorry we can not share these. The software is of course free.
@@sambenyaakov ok, I can understand this policy. But could you recommend me some of your favorite papers on this topic? Aside from those you recommended in the video? Maybe other ressources I could use for simulation or experimentation?
Thank you sir. 😀
😊🙏
@@sambenyaakov Prof. please keep going on. I will be always rooting for you
Many thanks.
Very interesting. But why can't method #3 be extended to a gapped core? You've shown in past videos that almost all of the energy will be in the flux lines in the air gap, and one would imagine that the core could be designed to maximize the fringing maybe even in a directional manner to facilitate power transfer while still providing low reluctance over the remainder of the path...
THis si in fact a ferrite with gap - the air path
@San Ben-Yaakov Sir,Can you please make a video on Safety Norms of Wpt for EV charging,I am not able to find to map it properly for my Ansys Maxwell Model
Thanks. Will concede that.
@@sambenyaakov Thank You Sir
Let's wait for Maniktala to "debunk" this video and prove that he's the only one who got this right
😊Unfortunately he forgot that a proof entails presentation of facts and figures not just boasting.
Sir I request you please make a video on common mode voltage, its effects and remedies in power electronics circuits.
See
ua-cam.com/video/5NRiLOvmXdA/v-deo.html
You may wish to explore my UA-cam channel for other videos