Sir if the modulating signal gets superimposed on a single carrier which haves only one frequency then why the output equation contains three frequency components (wc-wm, wc, wc+wm)?
he does not know, he only teaches formulas, lacks a practical understanding, but good luck anyone else showing the why and how of "magic" creation of sidebands in a practical manner. Sorry.
Sir is the lectures you have taught in the series is enough for Gate preparation ? or should we buy the gate academy courses for completing the whole lectures?
What will be the Bandwidth For Single Tone (modulating signal) SSBSC ? Looks 0 as there is no range , its a single freq. And 2Wm for DSBSC And AM of Single tone and Double tone. Same in this case
I've rarely seen such a nice explanation of communication system topics online.
Thank you, sir
sir ur teaching style is excellent and ur drawing is over the board
Thank u so much sir your teaching skill is very nice .this lecture series will very helpful for beginners to build their concepts crystal clear.
I am Saiem Hasan from Bangladesh. Saket sir teaching method is very very good.
Thanks for the information brother this is soo useful to me you explained very easily
Beautifully explained
Thank you sir ❤️
Bhut achha sir
Thank you so much
Love ❤from kashmir
Sir if the modulating signal gets superimposed on a single carrier which haves only one frequency then why the output equation contains three frequency components (wc-wm, wc, wc+wm)?
he does not know, he only teaches formulas, lacks a practical understanding, but good luck anyone else showing the why and how of "magic" creation of sidebands in a practical manner. Sorry.
thank you so much!
Sir,
You are amazing.
Please upload videos on random variables, digital communication and Information theory.
Sir is the lectures you have taught in the series is enough for Gate preparation ? or should we buy the gate academy courses for completing the whole lectures?
if we say it is in frequency domain, then why we are still showing it as S(t) after multiplication and why not S(f)
Thank u sir
Sir I have one doubt are you writing in board or wall it's so confusing but anyway your explanation is very very very nice
What will be the Bandwidth For Single Tone (modulating signal) SSBSC ? Looks 0 as there is no range , its a single freq.
And 2Wm for DSBSC And AM of Single tone and Double tone. Same in this case
Sir 🙏 ❤️
Thank u sir