Can you be one of our patron? www.patreon.com/LearnEngineering . I will truly appreciate that.

You are great man. Being a Graphic's designer i understand how much hard work you put in a 8 minutes video. Love for you :)

In 12 years of studying and practicing electrical engineering, this is the most succinct and clear explanation of antenna theory I've every heard! Great work!

Probably the most straight forward explanation of radio waves I have ever seen. Speaking as a pro audio technician who deals with wireless all the time. Thank you.

"Please note that the description of antenna we explained here is very basic". My man, this explanation is better and clearer than the others that I ever heard.

I like when you go straight to the point and do not make us waste time.

Great explanation! This should be the intro of any radio wave class, straight forward to the goal!

As I'm an engineering student and studying physics and also I know something about graphical designing, I know your work is huge to bring imaginative concepts in front of my eyes

Best and most simple antenna explanation I've seen in my life, good work.

in 8 minutes you show us what we took years to understand. more plz we are thirsty many thanks sir, from LIBYA

thank you very much for the well detailled explanation ,i've been studying antennas for two years and i felt like this video got all what i was missing

I've been struggling to understand how antennas work for ages. This one eventually explained it clearly to me in an easy to understand way. Huge thanks.

This is the most understandable explaination about Antenna Wave-propagation, I've ever seen. Thank you, you have made my day!

I love your efforts to explain difficult engineering system

Why books also not explain the same way. I always had doubt how antenna works. All cleared in just 5mins. l don't know how to thank you.

One of the best videos explaining how antennas function that I've seen. Kudos!

Beautiful video! All explained in less than 10 minutes. I've never understand antennas until today. Thank you bro.

Best video ever about electro magnetic..... I am satisfied after watching this Thank you sir..

Hey Sabin, Its great to see your videos. Your content easily understood than 6 months of lectures by engineering teachers. Please Upload more and more. Best Luck

OMG I'm an electronic engineer and never see better explanation and discription of such kind theory!

Genius at work!...fantastically simple explanations for complex physics, with great support graphics....its the best breakdown I've seen!

For the first time, I find an excellent explanation of this topic. Really fabulous Video & thanks a lot for sharing ✨✨

One of the best explanation on antennas and EM waves. Always curious about the EM waves. Not an easy concept to grasp but well explained. Interesting to see how blobs of electric fields come out of a dipole which themselves cannot change faster than the speed of light.

this was probably the single most useful video i have seen in the past few years

Very thank you, man. I've been studing engineering for some years and no teacher have ilustrated this, although always speak about radiation and eletromagnetic waves.

thank you guys for the brilliant work you consistently put out

So informative, I can't believe how much I learn so quickly from your videos.

Finally a good explanation on antennas, job well done.

One of the best explanations of basic Antenna functioning.

It's an awesome explaining! I always wanted to know how Antenna works and your video explains it in the best way.

This channel is doing a great job. For explaining concepts in engineering. Superbly impressed.😍

I've waited a long time to get this information! Thank you.

Oh my god that was really a high quality content that physics of em wave(kink generation) is really appreciable u did a hard work thank you so much keep making such kinds of videos.

Insane quality. I really hope you keep this up!

Great video and clear explanation👍 Wish my professor could explain like this.

I wish I saw these videos while I was taking antenna courses in college. Thank you for sharing this useful piece of info!

Thanks for the great video. I studied electronics in undergrad but never learned what's shown here. Excellent video!!!

As an electronics hobbyist this is the first time i've had antennas explained to me clearly. Great job!

Amazing video. I already saw like 20-30 videos on YT about antennas/radio and they usually sucks. I have a theory that actually most people don't have a clue on how they actually work. They just decorate and repeat the same stuff. Do more videos about this area! More animations! More antenna types!

Straight to the point. Thank you

One of the best videos in my whole life..... really awesome explanation. and quite simple and effective graphics.....

Such a game changing invention in human history. Thanks for the video!

I have a question. In the animation where the antenna creates the signal, you can see that he signal spreads out as it propagates. During the animation where the antenna receives the signal, you just played the first animation in reverse, but wouldn't the geometry of the incoming signal look completely different (it wouldn't magically be drawn towards a point)?? Thanks!

as usual, your videos are very well done, didactic and well illustrated, on very interesting topics. thanks again and have our support.🇲🇦

This is great video, i really was looking this information from quite some , you have done really a good job in explaining the concept, Thanks a lot 🙏🏼

The animation of the field lines for the induction case (from 0:35) is *wrong*. Field lines do not get squashed or deformed into increasingly eccentric elliptical shapes. They maintain the same shape, but - following Faraday representation - get rarer and rarer as the field strength diminish, then they disappear when the field goes to zero and reappear oriented in the opposite way when the polarity shifts. Then they get denser until they reach the maximum and the cycle repeats itself. You might want to correct that in your next video on the kink generation. Also, as others have noticed, you cannot just reverse the field to show how the antenna works as a receiver. You should place the receiving dipole outside the origin of the emitting dipole field (still propagating forward) and then make the electrons inside react to the portion of the field intercepted by the receiving antenna. This will also illustrate why so little power is received: most of the emitted energy goes in all the other directions. The animation of the dipole field of the transmitting antenna is very nice to see, I have to say.

I always like your videos for the content you provide us!

Best way to teach, it will take days to understand by the book and with the help of teachers, but you made it so easy to understand in 10 minutes, very much thank you for your great work 🙏🙏🙏🙏

Simple and clear way of explanation,, keep doing it brother.. I wish to see the explanation for fourier series also in this way..

Amazing video and covered a lot of great points. One thing to remember is a lot of antennas used from aircraft to cars use a quarter wave antenna. The antenna is then grounded to the chassis or airframe which itself acts like a quarter wave, and in turn you get your half wave setup.

Thank you, "Learn Engineering". Thank you very much.

Very good. The animation is a huge help for understanding. Maybe follow with a video on a basic amplifier stage picking up the antenna signal.

I'd always wondered how antennae function. Thanks for posting such and easy to understand video and for creating such an interesting and educational channel. You have a new subscriber.

Well really clears up what a couple years of reading textbooks never did.

This is an explanation for people who already know something about the subject matter.

Great explanation, no BS, and great graphics. Congratulations, and many thanks!

Absolutely perfect. Maybe so one for how to make your own directional high gain antenna?

you guys are amazing thank you very much the most useful youtube page

Best explaination ever. After 25 years I finally understood the oscillating dipole

The best antennas explanation video I have ever seen!

Thank you for this. It took me forever to find a video on the actual construction of a radio.

I wish professors taught us this way.. Good explanation.. Thanks a lot.. ❤️

Contrary to the information provided at the beginning of this presentation, closed circuit inductors most certainly do propagate radio frequency inputs and they are very capable receiving antennas also. This type of antenna is popular amongst "ham" radio enthusiasts and has proven effectiveness. All antenna designs are inductive devices, not just loops or coils. A dipole is also an inductor. What differentiates an antenna from other inductors such as an ignition coil used in a car is the frequency of the input signal. At low frequencies the electromagnetic wave surrounding an inductor will collapse back into the inductor as the polarity of the wave form reverses. A good example of this can be found in power transmission lines operating at 50-60hz. They do have an electromagnetic field surrounding them but with each cycle the field collapses and is absorbed by the transmission line. You can imagine the inefficiencies of transmitting power if this were not the case. The key factor in creating radio propagation is the frequency of the signal fed into the inductor. It is generally accepted that to effect radio propagation the signal fed into an inductor needs to be 100 khz. and above in free air. In order to understand radio propagation it is vital to understand that like charges repel each other. When a radio frequency signal is fed into an inductor an electromagnetic charge is created around the inductor. Because the frequency of the input is high the electromagnetic field cannot collapse back into the inductor before the next peak of like charge enters the inductor. Again, like charges repel. This forces the electromagnetic field surrounding the inductor to "snap off" and to be "pushed away from the inductor and thus we have effected radio propagation. What is a radio then? Good question. In the case of something like a radio station transmitter it is a device that converts audio frequency (80-20000 hz.) into a much higher frequency i.e. 106.7 mhz. and feeds that signal electrically into an inductor (antenna) which is then propagated as an electromagnetic signal. In the case of a radio receiver, it is a device that converts a high frequency electromagnetic wave down to frequencies in the audio range and with the use of an audio amplifier and speaker back into sound. I hope this has been help to anyone trying to grasp the basics of radio like I did.

I love this video! Really easy & simple!

Thank you so much for this video, very informative and it is simplified and explained well, Overall Nice.

Love ya Learn Engineering team❤️ wish yu many more centuries to keep posting these. We need it!!!!

this video should be a part of studies at all engineering institutes. great explanation

One week lecture understand within eight minutes. Ur genius sir. Thanks🙏🙏

such clear tutorial that i’ve never learnt in the class thx

Interesting video. A question: Historically (pre digital signal broadcast) TV antennas had a multitude of elements to improve reception based on the distance the antenna was from the station antenna. You indicated in the video the frequency of the antenna was 2X the dipole distance. So how does a TV antenna receive various VHF and UHF frequencies even though the dipole distance was fixed? How does this concept change with the United States changing to digital broadcast of VHF and UHF signals?

Love the 2106 in the garage!

Amazing video. Simple yet informative

Thanks for explaining in a simple and easily understandable way.

how did a human being reach to a conclusion that oscilating dipole can create a travelling EM wave and then to transmit information using that is pure genius... damn

This is an excellent explanation about antenna. Good job.... Thank you.

Beautifully explained! Made it so simple and clear..

Wow, that is an impressive mangling of "acceleration".

Question!.. Is there are a chance that linear signals at reciever antena dont overlap. Is that why we use to go on terrace and wrestle with that old antenna for clear reception. "Ub theek araha hay tv !!!!"

Ignoring the spelling errors, this is a great video! One correction is that most TV antennas are Log Periodic antennas (basically several staggered dipoles) to cover a wider frequency range. A Yagi-Uda would be most effective for a single, resonant frequency only.

Explanation is so simple that anybody can become a communication enginner just watching ur videoes..

*Most learning full video I’ve already saw this year! Well done!*

2:45 How a Wi-Fi logo was created...

You have made engineering beautiful !

This is an outstanding explanation, nice job.

Please tell more about YAGI-UDA ANTENNA. Thank you!

I hold a masters degree in Telecommunications Engineering and I still feel sometimes there’s some guy out there who can explain things even better and I know nothing.

Fantastic video with lucid explanation!!!!

best video I saw so far explaining about antenna

The question I still have from my engineering college days

When I was a kid , my dad made an antenna out of an aluminum plate. He kinda nailed it to a piece of lumber with two nails from the middle and connected the heads of cable on them. And it worked perfectly. Now I know why it worked

Great visualizations of wave generation and propagation! Thanks!

Brilliant video. I’ve gotten my HAM certification but really cool to see how a dipole works.

Sir please make video on how elctromagnetic waves converted to video , audio, pictures ........

Could someone answer my question please? So does that mean in 3D, each electric wave is a doughnut-like shell (surface) that keeps growing in size as it propogates? Or is each wave a doughnut-like volume (with non-zero field values inside it) as it travels?

the best explanation, I'v ever seen. Many thanks

图文并茂讲的真好理解，这视频真不错

I can design my own antenna after this video.

This is insane. I knew technology in our world works mysteriously but this is really nuts.

Very nicely and deeply explanation, great work! 🙂

Nice! I finally get a video convincing me about how the antenna work