Understanding Inductors: Calculating Inductance and RL Series Analysis - DC To Daylight

[@WECB640]

This is excellent Derek. The quick speed makes the viewer FOCUS.
Notice that the chart at 6:16 is based on "EKI the ICE man" and also is the same (inductance on top) as the Smith chart. 👍
Keep up the good work. 73 OM

[@AmRadPodcast]

Thanks! Let me know if I ever steamroll folks too fast!!!

[@russellslater4037]

I think I need to watch this once (or a hundred times) more. But fascinating. Thanks

[@AmRadPodcast]

You’re welcome. Fun video. -derek

[@djredrover]

I believe there is a typo at 7:24 in which Zl should have a phase of +90º and not 0.

[@steveyoutube1709]

hey this was great and it helped me put the concepts and reality together
i've been trying to figure out a way to make a fuel injector (basically a relay) open and close faster.. for example i tried a reverse diode across it but that additional current kept the injector open longer..

[@mand6029]

this is very fascinating video, thank you, Derek, catch you next time, bye bye

[@AmRadPodcast]

Thanks for the feedback! -Derek

[@7alfatech860]

Now you have induced a thirst for knowledge on inductors...... thanks, Derek😁

[@AmRadPodcast]

Hehe.

[@GeoffryGifari]

wow that's a clean roll of inductor you spun by hand

[@AmRadPodcast]

Thanks. My wrist is still sore.

[@High5748]

"I over estimated the amount of information" that's basically lectures in electronics in a nutshell. It's still really cool stuff

[@GeoffryGifari]

oh, and i've watched many videos (all cool) on the many forms and uses of tesla coil, but the inner workings aren't very clear on those. Maybe you guys have a video on the physical principles behind the tesla coil and how it relates to other tech at the time?

[@AmRadPodcast]

Thanks. Yeah I’ve never made one but I think it could be a good topic for a video. -Derek

[@robertonunez6626]

DO you have videos on RF circuits?

[@igrewold]

Thanks Derek

[@AmRadPodcast]

You’re welcome! -Derek

[@Yorumcu63]

great video

[@AmRadPodcast]

Thanks!

[@AbidHussain-qh2ms]

How a cordless charger works? Can you please tell us detales,

[@GeoffryGifari]

what would the difference be if we plug the inductor parallel to the resistor/capacitor?
if we have a circuit:
_____________CAPACITOR_________
I I
I I
I I
------------------I I-----------RESISTOR---------------
I I
I ____________INDUCTOR__________I
would the voltage/current relationship across the resistor stay the same? both oscillating?

[@AmRadPodcast]

This is a good question and I’ll probably do a separate video on the topic… too much info to put in the comments, but we can certainly take it over to the community.. -Derek

[@kreynolds1123]

Here we have an Induction into inductors. 😂

[@AmRadPodcast]

Glad I could induct you. -Derek

[@majordabalert]

Dab 😼

[@thepresi2]

I’m wondering for whom this series is for. They always go over lots and lots of info super fast. Impossible for beginners, boring for the experts. Perhaps it’s for middle level engineers in need of a refresh of theory?

[@mand6029]

Derek has the knack of making physics easy and intertaining , i have learnt a lot, so i recommend all of his episodes

[@AmRadPodcast]

I try to cover a little bit of everything.. the basics and occasionally dip into the deep end. In some cases, it’s a bit much and I may talk too quickly to cover it all. Especially when it comes to AC analysis. I definitely want feedback from viewers, so let me know what you’d prefer to see. Also, it’s easier to have this discussed in the community forum. I’m open for ideas! Thanks again! -Derek

[@AmRadPodcast]

@@mand6029thanks!!!

[@commenter4799]

Lots and lots of information super fast and impossible for beginners? Must be an EE lecture.