If all Indian electrical engineering channels on RUclips had an accent like this and a clear way of teaching as this, I would have been a prof by now! Everything you want to learn has been taught by some Indian guy but we struggle to understand them.
I never get a teacher like you...... you clearly discuss all the things which help us a lot.... thank you sir..... Plz make some videos for Quantum of Bsc. Sourav khan, Bankura, West Bengal
Thank you sir. Your trigonometric approach of AM wave representation is more easy to understand than Fourier transform approach. Sir pls explain why we square the signal? And if we don't square what will be the problem?
best ever explanation of modulation techniques.. its a request you sir to post videos related to all the other modulation techniques for Analog as well as Digital. its very difficult to understand from book.. we all find it better here because of the detail explanation of all the basic things... please consider my request sir..
Very well explained. Sir plz tell me if amplitude means maximum displacement and In am ,carrier amplitude and message amplitude is consider then why only message signal amplitude vary . As in carrier voltages also changes between +12to -12volt then why instaneous amplitude of carrier not considered ? Plz explain me
Sir how the last equation of AM wave represents the three waves moving together. You said one is carrier that's fine. But you said that upper envelope and lower envelope is represented by rest two equations how it is possible the rest two equations have amplitude Am/2 but from figure one can easily see that it have amplitude of Ac +Am and also frequency is also different from the message signal i.e. It have frequency equals to 2pi(fc+fm ) and 2pi(fc-fm).
I am fed up why every teacher is just writing equation of modulated signal and then further solvung jt i am asking hiwthat modulated equation is derived
*Why don't we add the instantaneous value of amplitudes of both the message and carrier waves instead of adding the instantaneous value of amplitude of message wave to the maximum value of amplitude of Carrier wave* ?Please solve my doubt .Its really troubling me
Anvay pancholiya basically the carrier wave is designed to have constant amplitude so its instantanious amplitude and maximum amplitude is the same. becasue its amplitude is CONSTANT.
Buddy, Carrier wave has a constant amplitude (they are like pulses), constant frequency , and constant phase.,.....so well even if you add the instantaneous values outcome is going to be same
Watch Playlist on Physics Communication:
ruclips.net/p/PLWPirh4EWFpH-ggjop7hqxdum_ZUH3oqk&si=SVKl5dMkzu_UJCHP
thank u so much sir. ur method of explaining is awesome. i understood every single word u said. i am ur gr8 fan. thanks once again.
Best explanation of amplitude modulation in the youtube database. Thanks a lot.
one of the best ever explanation about AM on YT, THNK U bro
first time I come to know sir u teaches in tutorial point online lecture that's great nice to see u here
If all Indian electrical engineering channels on RUclips had an accent like this and a clear way of teaching as this, I would have been a prof by now!
Everything you want to learn has been taught by some Indian guy but we struggle to understand them.
Thank you so much sir... You are best 👍teacher of physics
I never get a teacher like you...... you clearly discuss all the things which help us a lot.... thank you sir.....
Plz make some videos for Quantum of Bsc.
Sourav khan, Bankura, West Bengal
Sir Thanks a lot. Very beautifully explained. Understood a lot
Thank you sir. Your trigonometric approach of AM wave representation is more easy to understand than Fourier transform approach.
Sir pls explain why we square the signal? And if we don't square what will be the problem?
Nice Explanation ! Thank u
Well explained 👏👍useful viedo ..thqs
Thank you. Very precisely and simply explained.
i appreciate the time i chose to follow your tutorial about this topic.thank you so much
It's an awesome explanation!!! Thank you🔥
thanks a lot. now I clearly understand about AM modulating. ☺
Great sir. I was waiting for your new vedio. . It helped me a lot.
best ever explanation of modulation techniques.. its a request you sir to post videos related to all the other modulation techniques for Analog as well as Digital. its very difficult to understand from book.. we all find it better here because of the detail explanation of all the basic things... please consider my request sir..
Clearly..understandable teaching sir....
One of finest explanation
Very well explained 😊
Sir you took us from basic to practical
Sir request from end please make video of all possible topic
Tq sir🙏
Sir has passed away
Thank you sir ! it is really clear to understand best regards
you teach really good. thank you sir
Very well explained. Sir plz tell me if amplitude means maximum displacement and In am ,carrier amplitude and message amplitude is consider then why only message signal amplitude vary . As in carrier voltages also changes between +12to -12volt then why instaneous amplitude of carrier not considered ? Plz explain me
Great teaching!
Explained it precisely
@14:15... top and bottom wave have same frequency ans it’s same as message signal..... required some clarification
Sir how the last equation of AM wave represents the three waves moving together. You said one is carrier that's fine. But you said that upper envelope and lower envelope is represented by rest two equations how it is possible the rest two equations have amplitude Am/2 but from figure one can easily see that it have amplitude of Ac +Am and also frequency is also different from the message signal i.e. It have frequency equals to 2pi(fc+fm ) and 2pi(fc-fm).
No dear actually the amplitude of side band frequency are
Ac+mu times Am
Bored
Thank you sir it is very beneficial
Thank you so much 🙏🏽🙏🏽
Is this double side double side band with carrier dsb c?
Crystal clear sir
Super class sir 👍 thanks
please make single-sideband modulation video sir :))) I have presentation about this topic
ZABARDAST SIR
Very nice n tnx sir..
Sir why replica take place .
Thank you sir.
thank you so much sir
first tym i undrstood this topic thnxx to you sir
it is better if you more include practical meaning of each concept
Sir pls give me demodulatiom proces
👍👍👍👍
good sir
Hii
Well explained !
RIP, we lost a good teacher.
@9:14 yes
This super good... if i could do 100 likes 😍
Att
thank you sir....
I am fed up why every teacher is just writing equation of modulated signal and then further solvung jt i am asking hiwthat modulated equation is derived
y fre differ top and bottom wave
Thank you sir
Thank you sir 😊😊
Thanks
volume is low.
Thanks sir
THANKS sir
Non-indian comment passing through. hello!
I wish you can be my professor :(
U r hot
@@rajeevtirkey3422 Stop fucking around and making lewd comments online.
@@rajeevtirkey3422 wtf wrong with you?! 😒
*Why don't we add the instantaneous value of amplitudes of both the message and carrier waves instead of adding the instantaneous value of amplitude of message wave to the maximum value of amplitude of Carrier wave* ?Please solve my doubt .Its really troubling me
Anvay pancholiya
basically the carrier wave is designed to have constant amplitude so its instantanious amplitude and maximum amplitude is the same. becasue its amplitude is CONSTANT.
Buddy, Carrier wave has a constant amplitude (they are like pulses), constant frequency , and constant phase.,.....so well even if you add the instantaneous values outcome is going to be same
You cannot add the instantaneous waves because the angular frequency is not same due to it the eqn will look more like cos(w1+w2/2)tcos(w1-w2/2)t
You might want to check the following video
ruclips.net/video/ozfGM4ikv5I/видео.html
Maximum amplitude समझने में तो ऐसी की तैसी कर दी
E=mc^2 plzzzzzzzzzzzzz
You absolutely right, he should do it
Sir apki explanation mujha bilkul smjh nhi aae sorry 😞 😔 👎
thank you sir
Thanks sir
thanks sir