Smith Chart

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References:
amzn.to/3XD5hPZ
amzn.to/3EC7FOh
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Here I explain by animation how exactly the voltage and current propagate through the transmission line, How reflections affect the signal transmission, The concept of standing wave ratio and motivate the viewer to smith chart.
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These animations are made using manim. A community-maintained Python library originally created by grant sanderson (3blue1brown) for creating mathemat
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0:00 Introduction
0:45 mapping from impedance plane to reflection coefficient plane
5:48 another perspective
6:27 constant resistance circuits
7:14 constant reactance circuits
8:15 conclusion

[@muhammadsohaib6282]

I want this Channel to have Millions of subscribers. Keep uploading you are doing great job.

[@cycyc2333]

The most significant video in EM I've ever seen before! Waiting for your next!

[@Troynjk]

Amazing visual explanation 👍👍👍👍

[@rashidabder-rahimurbina7010]

You need more views dude this is awesome

[@soubhikchatterjee3149]

Really beautiful explanation! ❣️ Please upload the next video in the Playlist.

[@MrRObot-bin]

Im watching it again because this is just magnificent

[@PiyushKumar-we3bx]

Great illustration man, I really appreciate your efforts.

[@user-ur6pg8gn5x]

I so love this guy's contents.

[@kalakxfif9473]

Crystal clear explanation. Thank you so so much!

[@yakovdavidovich7943]

Now do admittance and susceptance, and then show effect of shunt and series inductors and capacitors!

[@danmarquez3971]

GREAT presentation! I am curious what software was used to make these videos? Anyway, I believe the rl and xl axis are swapped in the first graph. (See timestamp 1:57). A constant resistance in that graph would be horizontal, or vertical if the axes are rotated.

[@jayedhasan2926]

thanks a lot ... please upload next video soon

[@redknight344]

Very good video!

[@MinMax-kc8uj]

Ok, got an answer to something I wasn't even thinking about. Been wondering why [x^2-y^2-z^2, 2*x*y, 2*x*z]*1/sqrt(x^2+y^2+z^2) is a 3d smith chart. It's that z[l]=(1+Γ)/(1-Γ). There is a rotation function for tangents. tan(pi/4+t/2)=(1+tan(t/2))/(1-tan(t/2)). You're forcing Γ into that tan(t/2) spot. Given, it's not a regular tangent. Maybe it's more of a hyperbolic tangent thing going on.

[@MiffyNichen]

Best ever! Great.

[@Troynjk]

On KZbin there’s a channel that talks about the 3D smith chart. Can you explain it like you explained the 2D version ?

[@AntiCheap]

Waiting for the next video!

[@TheSiGuyEN]

soon

[@dopa8403]

Excelente video, deberías subir tema relacionado con este cursó

[@TheSiGuyEN]

what do you mean?

[@MrRObot-bin]

Than you sir, This is just beutiful

[@antonioe.2396]

Great video. In the impedance plane, aren't the labels for x and r misplaced? It seems like r should be on the real-axis.

[@bob_mosavo]

Yeah, I caught that, too. I'm glad I'm not (completely) crazy 😉

[@furkanbulus4857]

Where is the next video

[@angelamusiemangela]

Da 1,a 1,5..a 50 zkvm in opter folle'

[@TheSiGuyEN]

???

[@iwbnwif]

Great explanation, perfect combination of discussion and visuals, thank you! Maybe you could consider speaking a little bit slower, so us slower thinkers have more time to digest each sentence, but not a biggy as we can always go back and/or read the transcript.

[@AGeekNamedRoss]

Good video, but check your mid-roll ads. They interrupt sentences and break up what would otherwise be a good flow. Maybe back off on a couple of ads too. For a 10 minute video, you're getting a little greedy.

[@JimWeslager]

You do realize that Google places ads in these videos, not the content creator. I have a subscription to KZbin, which removes all of their ads from the video content. Unless a content creator places their own ad, not Google’s ad, into their video, subscribers see no advertising during the video. The KZbin subscription fee allows one to watch a video uninterrupted by Google’s ads mixed into the content. Hope that helps. Cheers.