Total Power of AM || Equation of Power of Amplitude Modulated Wave ||Formula of Power for AM

[@darkassassin3464]

Very simple and exact explanation.. keep it up bro

[@LightYagami-gq6ph]

You're a life saver, man I was dying to learn this fucking sum from 2hours and literally it fucked up my brain so i opened KZbin as a last hope and your video made it understand completely

[@EngineeringBasicsKeeplearning]

Thanks.Please like share and subscribe

[@YoungsProton]

Simple, straight forward and briefed ... Great explanation... good work..

[@EngineeringBasicsKeeplearning]

Thank you for your valuable comment. Kindly suggest topics for videos which will be more beneficial for students .

[@YoungsProton]

@@EngineeringBasicsKeeplearning keep on making videos on various topic on Communication.. Topics are limitless..

[@EngineeringBasicsKeeplearning]

Thanks for your valuable suggestion.Very soon I will make videos on important topics of communication engineering

[@Saundarya-J204]

Great explain. Thank you so much sir

[@sachinkrgowda6097]

Nyz xaplanation sir....

[@arunkumarbommala5810]

Good explanation sir. ..

[@EngineeringBasicsKeeplearning]

Please like share and subscribe

[@bhanuabs4134]

TQ sir u will explain easy method it is useful to me in a seminar

[@EngineeringBasicsKeeplearning]

Please mention topics for such videos for benefit of students.

[@kommalapatipraveen4403]

Great explanation brother keep going U Will get what U want, deffinetly

[@EngineeringBasicsKeeplearning]

Please like share and subscribe

[@sachinkrgowda6097]

Sir do u exaplain about balanced modulator and slope detector.. Plz sir

[@ashokbanjara787]

thnks sir for this great effort

[@EngineeringBasicsKeeplearning]

Thanks.Please like share and subscribe

[@samineasar9830]

Nice explanation

[@AhamedKabeer-wn1jb]

Good

[@shamalchathuranga2079]

Can you please elaborate What you mean by 'm' is that modulation index

[@EngineeringBasicsKeeplearning]

m is modulation index

[@VisionMusic78]

+shamal chathuranga It is the ratio of amplitude of modulating signal to that of carrier signal (Em/Ec)

[@roeblynx1019]

Can you explain why we got (1+m^2/2) in the bracket please?

[@EngineeringBasicsKeeplearning]

It is simply to indicate that total power depends on modulation index and not on carrier power.

[@montather9770]

@@EngineeringBasicsKeeplearning

[@damros727]

Thanks

[@laxminarayanajagupilli9648]

Thanks bro... I got my doubt (•͡.•͡) clear

[@Purushotham_]

oh! signal has resistance I DIDN'T KNOW :)