Transmission Lines: Part 1 An Introduction

Studying this for my electrical engineering lab course, getting the visual intuition is great!

🙏🙏🌹🌹🌹🌹

Dude, this is insanely good, I was searching for such quality content for my Radio Frequency Course for 2-3 months. The 3b1b style of thumbnail made me click this. Thanks a ton !! Really helps ❤.
The lack of emphasise on conceptual depth in my college makes we wanna kill myself sometimes...
By the way, what softwares did you use to make this ?

You are great, please dont stop making these videos

I understood what is alpha and beta thanks to you😁

at 3.48 isnt it the opposite ? At low frequency an inductor reduces to a short and a capacitor to an open circuit

This is amazing video explanation. Don't know how to say thanks to you! You are a god! Live longer and happy impacting people with your wonderful content! 🙏🙏

why the bottom wire has no inductance and resistance

Dont know how you get the formula of input impedance

but when you talk about lumped circuit in low frequencies, why you say that inductance is equivalent to Open C, and capacitor to short C, is it not the inverse?

EXCELENT! REally you solve an old problem that I had, and no one could answer me, THANKS THANKS THANKS

what a wonderful explanation and a impressive understanding !

Have we not taken into account the mutual inductance?

I wish you'd explained the meaning of the characteristic impedance. You put a formula, but didn't give the definition or explain what it means.

the feedback loop at the end is dope!

So how much would be the wavelength of the signal in the transmission line?

thumbs down for bad grammar and accent.

Is transmission line theory for AC currents?

You has been made an awesome stuff!

Thank you

DUDE! You make some AWESOME content! Thank you! I shared this with a whole BUNCH of Amateur Radio friends!

Your presentation style is top notch, sir! Very nice! And you seem very knowledgeable. I'm just an electronics tech, but I'm supposed to understand the basic stuff, I figure. A voltage waveform makes perfect sense to me, but not a current waveform; they don't seem like different things to me. Voltage makes current flow, so the current accompanies the voltage like a side-effect, when the circuit is closed; they are inseparable. I figure I must be wrong, but I don't see where. We were taught that "drift current" is not electric current, this latter transacting at near-light speeds, whereas drift current might take an hour to travel an inch. It is current flow that engenders "resistance"; voltage, or charge, doesn't encounter the same sort of resistance. But it makes intuitive sense for me to imagine that it's this drift current that is organized and motivated by the voltage differential to become electric current flow in a complete circuit.

Thank you.

Excellent!! visualizations. I had always struggled with EM Theory and this makes me want to learn more now. I was not clear on what the characteristic impedance was.

Finally someone like @3blue1brown in Electrical engineering

This is the 4th or 5th video on your channel I watched. Your explanations are great, straight to the point!

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Neat stuff, keep it going

Amazing explanations! The best I've seen so far

Explained the concept in a great way 👍. And l like the feedback network in the end

Great video. Keep it up