Power Calculation in AM and Transmission Efficiency | Lecture 6 | Communication System

[@Richisjokes]

1 no......ab kam se km samjh me to aaya......formula ratna nhi padega

[@anujshukla104]

@@saket115sir aap akhri hope bchte hain sir duniya bhar me lecture khojne ke bad me

[@muhammadazharghauri4801]

@@saket115 sir am from Pakistan and i m following you lectures. You Teaching method is so good...

[@AlokKumar-vn5qr]

16:28 there is no requirement of R over there Sir, we have calculated it using the general formulae of power not with that V2/R ,considering R=1 will not solve the issue i guess

[@sreeshaanoop7042]

Sir, I just started to learn your class....Your class is excellent..Thank you so much sir....

[@PrashantKumar-pi3vv]

Sir,
You are amazing.
Please upload videos on random variables, digital communication and Information theory.

[@Engineering_talk]

Great work
Keep it up sr
And thanks for this helpful lecture

[@pranavkalambe1885]

Thanks alot sir, do you have video lecture for PAM PWM?

[@ΚεμπέντεΣάλο]

tnks SIR but i wonder if u upload worked problem example

[@Satyam_10]

the Ma you taken in power calculation is modulation index or amp. Sensitivity

[@ersunnykumar4661]

😊😊😊great sir 😊😊😊😊

[@AnkitSinghShorts26]

Thank you sir

[@kaunainahmad985]

Thank you sir ❤️

[@kalyanidevibotcha4277]

A half wave transmitting antenna radiates 10KW of power at 100MHz. If the heights of transmitting and receiving antennas are 100m and 9m, calculate the power received at a distance of 10kms from the transmitting antenna.
Can you solve this?

[@sureshdharmisetty1201]

Thank u

[@yashi340]

how come that was general formula, sir you put single sino. signal in X(t), so basically you derived power for single tone only

[@samyak1416]

you shudnt have kept moving
the camera...it stresses our eyes out so much

[@ultrapromax853]

Abe padha Raha hai ya khud revision kar raha hai s...le

[@aniketbhatiya7622]

Thanks you sir