Ma'am one issue which i feel is that you do not tell definitions of some points , Like in this video, U calculated Redundancy of the wave, But till now you have only told us the formula of Redundancy, didnt told what it actually is... But still.. the content delivered is amazing and is helping us all a lot
Maam, when u draw spectrum of M(t) in frequency domain then the amplitde of c(t) & x(t) will be Vc/2 & mVm/4 respectively but in this lecture the amplitde of c(t) & x(t) is given as Vc & mVm/2 respectively.Mam ,Please check it. wher c(t) is a carrier signal and x(t) is message signal , Vc & Vm are the amplitde of c(t) & x(t) respectively , m is modulation index.
Ma'am one issue which i feel is that you do not tell definitions of some points , Like in this video, U calculated Redundancy of the wave, But till now you have only told us the formula of Redundancy, didnt told what it actually is...
But still.. the content delivered is amazing and is helping us all a lot
Maam, when u draw spectrum of M(t) in frequency domain then the amplitde of c(t) & x(t) will be Vc/2 & mVm/4 respectively but in this lecture the amplitde of c(t) & x(t) is given as Vc & mVm/2 respectively.Mam ,Please check it.
wher c(t) is a carrier signal and x(t) is message signal ,
Vc & Vm are the amplitde of c(t) & x(t) respectively , m is modulation index.
Good explanation ma'am...
Thank you so much for your feedback..
Stay connected for upcoming videos..
Which book to refer for noise and snr madam
Which text book are you following mam??
what is R(Redundancy) for this course contextual meaning
How can we calculate modulation index of multi tone am.
redundancy may be = 1 - efficiency
Kitne ads daalte ho maam