frequency modulation

[@vijayanandh8104]

Nice Explanation and voice also good to hear .I can understand the concept very well. Thank you

[@arsharavi2023]

Sir ur class is awesome...good voice..and excellent handwriting😎

[@abhishekarakcreations6837]

Sir upload phase modulation 👍🏻

[@giri6809]

please upload numericals on frequency modulation :)

[@natashasahoo9757]

It's very helpful

[@onlyshorts-o2s]

NOISE bahut hai background mai

[@4-20-22]

In FM, noise decreases by decreasing or increasing deviation??

[@prathameshchandrashekharma4167]

Thanks Sir Really helped a lot

[@Jay_kr6677]

Why we use sin wave as compared to cos in fm modulation??

[@vijaysanthikumarvemula4608]

❤

[@anirbanroy7644]

Please someone explain me why the frequency in the modulated signal increasing with the increase in magnitude of the modulating signal.

[@ameyamote251]

why did we first differentiate thita with respect to 't' and again integrate the same after differentiating????

[@ypwygk652]

Thanks, hope to applicated solved problems

[@VikasYadav-ce5ck]

theta ki opposite term to constant h phir wo zero q nhi huyi only left side m differentation kaise aur kf kya hota h btana chaiye

[@manojparvatha2711]

Please increase your font size

[@chiranjibisubedi3469]

7:19 make some correction bro, the equation is wrong.

[@raghavdodla1376]

Samaj ke le na dude

[@AshishSharma-qo7eu]

Thanks

[@albertcastells1777]

gurugurugur HULUUUUU

[@Ash-ey7bj]

Hindi me bol

[@hadizayflayalm3527]

Too much background noise!

[@ganeshkulkarni7337]

3:00 to 4:00 you have drawn wrong graph ..... Please correct yourself before uploading video's

[@sinimoleshaju9874]

Ganesh Kulkarni the increase or decrease in frequecy with changing modulating amplitude depends on your modulating circuit. It need not always decrease with increase in amplitude. Just saying 😀

[@Philvelazquez]

Agreed. Increasing sections of the "message" function corresponds to a increase of frequency in the carrier function and vice versa. Which can also be said as... For values of the trigonometric term greater than 0 in the "message" function the frequency of the signal function will be greater than the frequency of the carrier function and vice versa. That is why it is Frequency Modulation and the mathematical representation induces changes to the frequency term of the signal. Had the amplitude of the signal function increased and not the frequency itself during increasing sections of the "message" signal that would have been Amplitude Modulation.

[@BuddhaRatn-cc8pe]

Pls work on ur background sound it too irritating