brilliant stuff!!

Thanks!

please come back, sir, electronics engineering students can't live without u

OMG thank you so much for this, sir, this is so eye-opening!!

I just want to know how you created animation..

I loved your way of explaining :)

Very great work with the graphical illustrations. You really demystified areas of AC signal and circuit response that have been vague to me for years. Please, keep up the good. I am looking forward to more of your videos.

there's a mistake at 7:48. the exponent for the common equations should be +2*beta*l, not negative

Nice explanations and visuals. I'm learning wave optics and theoretical electrodynamics at uni at the moment and I was really looking for some complete 3D pictures of what these wave equations actually do :D

Does the electrical signals travels in the transmission line or the electro magnetic waves ? I'm still confused. I learned the formulas and solved many problems during my engineering semester. But exactly didn't knew what is a transmission line.

You're goated

very good and helpfull, thank you very much!^^

Extremely concise and powerful explanation. Very deep ideas in 2 minutes!

This and electromagnetics were my favorite classes in college.

What a time to be alive, thanks for being a part of the education revolution ❤

I'm not sure if I jumped onto a video that's part of a series or something, or what audience this video is aimed towards, but the video is not for those who are just beginning to understand the Laplace transform. It jumps from one topic to another and one concept to the other without introducing them or anything. I guess it assumes that you have the knowledge for all these concepts and ideas but you just need to see it visually (how useful is it then? since you already understand the concepts and know how to use them!?!). Which is not very much helpful for new-to-the-field people or beginner students. I find myself needing to research a lot of what's being discussed here just to carry on with the visuals. And that's obviously tedious which turns me away from the video. But maybe I'm just not in that audience. I mean not even the video was introduced properly 😅let alone the concepts. It jumped straight into some type of equation and started talking about it. Don't get me wrong, the visuals are amazing but only to those who understand what the heck is going on :D. Thank you!

dz

Can you please do videos how electromagnetic fields interfere when they travel as 3d plane waves and curved waves (non plane waves) Michelson-Morley experiment and newton rings 🙏. Will give 💲if done.

This is God's work

Nathanial Creek

I love your multiple side-view diagrams!

at 3:12 n=1 k=1 ; sin(pi/4) =cos (pi/4) = 1/sqrt(2). Its written as 1.

Clark Larry Hernandez David Garcia Kenneth

I saw shorts a 3D Vector Field example of Electric Field propagation in 3blue1brown channel

I know it's been 2 years and I hope you've done something about the random bass sine wave in your audio

Hi, it's a great video. May I kindly ask which software you used to animate the curves? thanks!

Yeah this is completely insane quality. Thank you so much!!!

Source code on github is not working?!

Another question. From the style of the animation, looks like it’s made with the Manim tool of 3brown1blue? Thanks.

15:29 I have a question. Since the rate of change of a sinusoidal function is zero when it’s at it peak and the maximum when it reaches zero, and that the amplitude of the induced field is proportional to the time rate of change of the inducing field, why are the two fields not 90 degrees out of phase but rather always in phase?

It’s a shame this is not watched by far more. Great visualisation. Thank you very much!❤

That's it! the fking passive low pass filtrr has a truncated pole 😅 no bigger gain than 1 (0db)

Love it man !!! More power to you.

Where have you been man ?

Scintillating video. What software did you use for the animations?

is the discord server members only now or what happened to it, would be interested to join if it is still active

Best KZbin channel for electrical engineering concepts. Thank you so much for creating these amazing videos! They are so helpful for me!

Grazie! ❤️

You need more views dude this is awesome

You just explained better than my professor at the university. I couldn't understand from the books and lectures, but after watching your video, I am just wondering, how it is possible to teach like your video! Thank you man, you made my day!

ABCD parameters matrix multiplication

i wish i had these videos during my EE course teachers doing on boards and replicating with real components in the lab was so hard

This video helped me understand plane wave propagation. Thank you so much! Could you please make a video about wave polarization (elliptical, circular etc.)?

@ 00:09 "SUPPOSE WE HAVE TWO LONG WIRES" (with one wire you suggest this is made up of the two lines drawn). @ 01:01 ARE YOU TALKING ABOUT VOLTAGE-DIFFERENCES ALONG THE LINE OR BETWEEN THE TWO LINES??? Advice: Be more clear in the terminology you use!

❤

An elegant demonstration of getting from Maxwell's equations to Kirchhoff's laws. Thank-you.

Thank you for lecture. finally. I got this.

Thank you for this great effort at simulation and explanation, but there is a small error in the ninth minute 9:11. The direction of the magnetic field inside the magnet must be from south to north(LEFT to RIGHT in the video) and opposite its direction outside the magnet, from north to south. This satisfies Gauss's law, Thus, If we draw a circle at N or S, there must be arrows coming out of the circle. At the same time, Arrows enter the circle

why at 7:16 you say that the current is 180° out of phase if in the graph on the top left corner they are out of phase of 90°

from an electronic engineer perspective this is absolute genious