Need for Modulation [Year - 3]

Watch this video to know more about modulation and its needs.
Department: Electronics Engineering
Subject: Analog Communications
Year: 3

[@innetizen]

Need for Modulation: To pass the exams and get a placement in the IT Sector of India.

[@aartigupta5656]

grt explanation totally understood the contents tnkx😍👍

[@RakeshYadav-zq8dd]

Neat and clear concept clearation 🖒🖒🖒🖒🖒

[@ishezthephenom6482]

Thank you so much...good explanations

[@rajeshvishwakarma3294]

Explained very well and conceptually also.

[@SKPathakPhysicsClasses]

Very good explanation. It helped me a lot. thanks

[@gurkaransingh1380]

THANKS for the video, it helps me a lot...!!!

[@vaishnavisingh8798]

A very good explanation. Clears my all doubts.

[@shraddha7575]

Very nicely explained...

[@arrafathahamed2099]

Superb easily understandable

[@TheRahul599]

f=15KHz (Correction) at 2:30

[@ashidwivedi2431]

superb explanation

[@nanduvivek3996]

Great explanation

[@Happy_girl63]

I don't know what to say.. thanku so much from the bottom of my heart..

[@rutvijtrikmani7541]

Best explanation.

[@AdityASingH-nv7nl]

Thanks
Video is too good ....

[@harininagaraju5807]

Really good explanation thank u so muchh👍👍👍👍👍👍👍👍👍👍👍👍👌👌👌👌👌👌👌👌👌👌👌👌👌👍👍

[@shambhulalyadav3005]

Frequency of voice message is 300Hz to 3100Hz and frequency of music is 20Hz to 20kHz

[@tejasreem8068]

Amazing 🥰

[@rangababukondeti3419]

Excellent...

[@VijaySingh-up4fs]

Nice video

[@badboy1465]

Yours explanation is exllant madam

[@erumasanni1258]

Awesome mam😲

[@adeebkhan6976]

I was stuck in this chapter. Now I am tension free. Thank you.

[@adityarajora7219]

Thank You.

[@saskiavanhoutert3190]

Clear explanation, modulation is possible bij giving more Hertz is that correctly ?

[@dancelifevarsha4109]

Amazing💕😍

[@DjSmoothNY]

So how do you make the adjustment if the transmitters modulation feature settings range from Mute to +15db external modulation in order to achieve more distance?

[@lenso2010]

Well explained, I wonder how such Good material always get some dislikes.Thank you

[@Tanujabisht-dv8fu]

Wow for ur explanation

[@mharinathreddy8262]

what will happen to the carrier signal after getting separated from the ,message signal by the demodulator

[@dileepkumar6771]

Very nice video

[@melkamudires1296]

thank you.

[@AnilKumar-zo2eu]

Thank you mam for your packaged information

[@reshmahittalamani9608]

Tq u so much. .

[@saraswathi9461]

plz upload others videos based on the CDMA and IOT

[@nabinbhusalofficial]

how is the carrier signal generated? origin of carrier signal?

[@devik1121]

Superb

[@worldisyours2.032]

Thank you

[@RajuMondal-kf9wh]

Thanks

[@tsf6763]

Awesome

[@neerajrathore3127]

awesome

[@markarthur1083]

2:28 where does the 20km wavelength come from?

[@jettiteja5805]

Error:At 1:46
Range of human voice 300 to 3400 hz
Audible range of human is 20 to 20k hz

[@princeomarisarfo]

Please check the computation for the height of the antenna.

[@JagjotsNagi]

V. Nice

[@babuntech]

Nice

[@sankartoday6453]

Super leson

[@neelima3383]

Tq very nice

[@-EC-janakirambiruda]

Please make a video on difference between carrier signal and modulated signal

[@subramanianrajkumar5152]

Msg signal is a low frequency signal. Carrier signal is high frequency signal. Carrier signal carries msg signal from source to long distance destination.
It's like a mother & five year old kid. While A child going to school,his mother always with her .mother-carrie signal
Kid-Msg signal
Mother have enough courage and knowledge like a carrier signal

[@amanmeena2878]

At 2:28, frequency would be 15 KHz.

[@titaneden7825]

instaBlaster...

[@swatisaini320]

Please tell me the software name from which you are making videos

[@shashankvp2418]

👍

[@farhaadfarhaad497]

Hi and thank you for this detailed video . At the end of video the speed of sound is taken as the speed of electromagnetic wave , while the speed of sound must be taken app. 340 m/s . Let me know the correct answer . Thank you again .

[@MTutorEdu]

Let me check

[@hacodecode6248]

I understood this video in better way. But I want to know the answer of only one query. Given below :-
Q. Power radiated by antenna is directly proportional to the the square of length of tower upon wavelength of sound.Therefore ,power radiated should always be equal regardless of amplitude of sound. I explain it.
L=wavelength/4 (where, L=lengh of tower.)
Power radiated = (L/lambda)²
=(lambda/4*lambda)[because,L=lambda/4]
=(1/4)[because, lambda /lambda=1]
I explained it and want to know answer.

[@Alcohogrifo]

It is supossed that higher frecuencies has less coverage than low frecuencies. Thas why 2.4Ghz wifi has better coverage than 5Ghz. Why you say that with higher frecuencies the data can travel logner distances then?

[@mianumair3416]

F= 15kHz (correct) please 🤔

[@subramanyasr5400]

Human voice frequency is 300 to 3.4 khz

[@memes_rah]

I want the link for basics of coding ..pls bro

[@MTutorEdu]

Hi, sure ...kindly share your contact details to [e-mail].

[@pavan_pelleti]

Madem How AM Modulated Wave Which is formed by super imposing Message And Carrier Signals Look Likes That

[@sanagapallisvlkumari5055]

Audio frequency signal is 20k h z
Speech signal frequency is 3.5 k hz

[@santoshkumarganji1801]

Notes plz

[@giluzan5029]

5:10 did not understand why by using higher frequency we don't need to change the antena height :\
would like for explenation

[@SKPathakPhysicsClasses]

using formula wavelength = c/v and h = wavelength /4
Thus we increase frequency , wavelength will decreases and height decreases

[@LakshmiLakshmi-kk1pr]

Intha video Tamil audio venum

[@deebasaifi7534]

the voice resembles with sridevi's voice

[@pavankrishnapavannaidu289]

😄🤔🤔😶

[@naveenreddy5265]

Vtu 13709

[@gemthomas]

Error at 1:07 ... The paper would NOT be the low frequency THE ROCK would be the low frequency since low frequency travels father

[@jinshikami7525]

Need help on an EE problem? Browse for: androidcircuitsolver/app.html

[@Bholenath_56341]

Please telling you hindi

[@111pallavidambare3]

Plz talk to hindi

[@user-yz1zi5no4y]

賴志偉 ghtfhji

[@Vasuchowdary]

Any who preparing for electronics exams like me ?

[@fuoyeeccentric9273]

I am