No doubts u r teaching very well, and the explanation is also good, but u r keep referring like i have explained such topic in the old video. Go see that video instead of that. Why can't u explain a bit of that topic here or just give overview
Yes, in traditional AM, variations in the amplitude of the signal can happen, making it sensitive to noise. This means that interference or disturbances can affect the strength of the signal, leading to potential distortions in the received audio. Other method, like FM, are less affected by this type of noise.
Thankyou very very very much this is best channel for digital communication
No doubts u r teaching very well, and the explanation is also good, but u r keep referring like i have explained such topic in the old video. Go see that video instead of that. Why can't u explain a bit of that topic here or just give overview
yes that's what I'm talking about
she always says "ye to hmlog ko pta hi hai"
Best teacher 🙏
Thank you so much ma'am app ke vaja sa ek din ma sara topic ho gya
good explanation
nice lecture maam 🙂
Mam voice speed is too fast . Other wise nice explanation thank you
Mai 2x par dekh raha tum apni speed badhao pagal
Mam ham ak diploma student ha 3rd sem k hamari sylabus k according ap Vedio banaia to bohot accha hoga
I have a question
In conventional amplitude modulation there is also a variation in amplitude, so noise will be there??????
Please anyone answrr this.
Yes, in traditional AM, variations in the amplitude of the signal can happen, making it sensitive to noise. This means that interference or disturbances can affect the strength of the signal, leading to potential distortions in the received audio. Other method, like FM, are less affected by this type of noise.
👌👌👏👏
thanks mam
Very nice ma'am but voice so speed
Ma'am pdf link pls
Pdf link is in the description
@@ElectronicsSubjectified ty ma'am