Amplitude Modulation and Frequency Modulation

[@SharaPrincessOfPowers]

I'm a Malaysian and feel impressed with the education you bring

[@LennyCooke636]

Thank you. This is the best explanation(easiest) I have viewed so far.

[@khalnayakji]

I am a music producer and thanks it helped me learn FM synthesis. Please make video on phase modulation.

[@thandapanibhagavathi3373]

BEAUTIFUL EXPLANATION... THANK YOU SOOO MUCH... CAN'T THANK YOU ENOUGH...

[@rimantaspleikys6126]

A mixed amplitude+frequency modulation (AFM) was used by the USSR for jamming of the foreign HF (3.9-26.2 MHz) broadcasting radio stations. A special Zenit-M type modulator was designed to emit any mixture of the AM and narrow band FM signals: 100% AM+0 %FM, 50% AM+50% FM, 0% AM+100% FM, etc. While listening with the short wave AM radios, AFM modulated jamming radio programs (usually music) were audible more or less distorted.

[@adebayoolugbengadaniel9322]

This is very impressive. Thank U ma'am

[@australischemediengemeinschaft]

Eine fachlich gut dargestellte Erläuterung !

[@techtheguy5180]

Extremly good explanation!Greetings from italy

[@shivashankar2020]

SIMPLY SUPERB AND NEAT EXPLANATION WITH A SHORT DURATION. THANK YOU

[@chandranmohan3602]

graphical explanation so good ,thank u

[@NeelamSharma-jj1vl]

thanku for giving this very important information about modulation this makes very easy to learn the phenomenon modulation thanks a lot...

[@Hino_55]

Great Explanation Ma'am Naveen! Thank you! : )

[@lyricanakin844]

dont know if you guys gives a damn but if you guys are stoned like me atm you can stream all of the latest series on instaflixxer. Been watching with my girlfriend for the last couple of weeks xD

[@blakecase3885]

@Lyric Anakin definitely, been using InstaFlixxer for since december myself :D

[@surendran6896]

I dont know how to thank u...... u r simply awsm.....

[@LNCMD2023]

The graphic helped me to understand.

[@youngwoo940]

such a wonderful explanation!!! thanks!

[@temotheelerwincortez841]

pa heart naman kong pumunta ka dito para sa P.E nyo 😅😂

[@zunaidalam2771]

Very good explanation 👍👍👍

[@mufaddalkapasi1778]

Thanks for the videos , it was really useful👌👍

[@Jay_kr6677]

Why we use sin wave as compared to cos in fm transmitter

[@eigenmishi_in_3d]

If the modulation of the signal is what determines the volume, what is it that determines the tone/pitch of the audio?

[@FreeMarketSwine]

Excellent explanation. Thank you!

[@rajeshvanshal6213]

this video clear my fundamental doubt 👍👍👍👍

[@ayeshazeeshan9151]

This video clears all confusions thankyou!

[@azshayak]

Short, to the point with nice animations. great!!!!

[@mehmetedex]

frickin wonderfull explanation

[@BARaaz04]

Very good explanation. Thank you

[@jameserayburn]

Well done! Two thumbs up.

[@gambart2002]

Awesome explanation thanks.

[@bhargavibharu1868]

Superb mam

[@gaurideshpande1844]

very nice illustartion.

[@vincentphelps8911]

excellent explanation.

[@mcie6306]

thank you great explanation

[@노택종]

thanks for your video lecture

[@mohdmohiuddin3379]

Nice and simple

[@praveenapreman8816]

This video very helpful Thankksss

[@nimamoeiny5831]

you are awesome

[@mdw159]

Like that !!

[@johnhippisley9106]

best explanation

[@tajulislamkhan1062]

Superbbbbbb

[@jacobvandijk6525]

2 million 388 thousand 423 other videos are to be found on this subject. Very original :-(

[@umeshkumarmandal5920]

Very nice

[@STRM1106]

thanks mam

[@sudesh761]

nice one

[@swatisaini320]

Could you please tell me the software name from which you are making videos? I need it for my college presentation.. Please help me out

[@swordfish2r2011]

good explain, thanks

[@nellvincervantes3223]

Carrier waves are also em waves between radio waves and microwave in terms of wavelength and frequency. And also non ionizing energy em wave. Am I right?

[@albertcastells1777]

Guruuuuu=thanks

[@hzxohtv1306]

Very professional thanks :)

[@axelbiellierill6772]

Excellence in explication.

[@dikaran99]

Thx a lot

[@MoneylessWorld]

well explained!

[@lesternygaard842]

awesome!

[@javeriajaveid7037]

nice video

[@thedojoclub]

thank youuuu

[@manishbanthia4768]

👍👍👍

[@imbecileheureux119]

thank you

[@moazelsawaf2000]

Thanks ❤

[@jjatic]

Wrong, it is called frequency modulation, but in fact you are modulating the phase of the carrier signal. By modulating the phase of the signal, you are changing the frequency of the signal.

[@Ta3lamNjrat]

thank you.

[@anujgupta3397]

thanks guruji

[@akepatinagaraju8564]

Madam Linear about plz

[@dazzlingstar3269]

Sooo gud

[@letskickwithknowledge6448]

Thanku vry mch

[@jinshikami7525]

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[@STOJANNOVIC]

Thank you !

[@qtpie2630]

can we get some english tutorials on youtube pls?

[@randerhaywood1163]

Ummm......this IS English.

[@vishnureddy105]

🤘🤘🤘👌

[@a.sivakumaralagappan4512]

Thanks thanks

[@zubaidashaista8360]

👌

[@mysticqueen3551]

*W O U L D Y O U L I K E A M O R F M ? ? ? ?*

[@rudraguha9587]

😂😂

[@emaacastillo4050]

Pónganle subtitulo en español

[@motjones2341]

AM explanation is wrong, the high frequency carrier wave DOES NOT change in amplitude with the modulation, the result of the two sidebands and the carrier interacting on an oscilloscope for example, seems to indicate this, but when AM was first named, they did not know about the existence of sidebands. Stop spreading simplistic and wrong information LTE!

[@engr.majidullah4208]

with the intensity of a carrier signal****

[@tolaayele463]

good. ,&&-+

[@jiujiuwan4121]

this is an indian English speaker, haha.

[@NiNa-ve3bs]

bsr svp aide moi

[@akepatinagaraju8564]

👍👍👍👍👍

[@MiauWufQuiik]

Thank You

[@burakaouad5949]

Thank you

[@f1etc.438]

Thank you